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Created October 24, 2013 14:07
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This file has been truncated, but you can view the full file.
Warning: no access to tty (Bad file descriptor).
Thus no job control in this shell.
ModuleCmd_Switch.c(172):ERROR:152: Module 'PrgEnv-pgi' is currently not loaded
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
testing import
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Application 22407609 resources: utime ~0s, stime ~0s
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
testing import on all mpi processes
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Application 22407610 resources: utime ~1471s, stime ~434s
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
testing poisson 1 way on 1 nodes
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Mesh generated using: tetgen -q30DenA meshNoVessel.poly
Initializing NumericalSolution for poisson_3d_tetgen_c0p1pe1
System includes:
poisson_3d_tetgen_c0p1pe1
Setting Archiver(s)
Setting up MultilevelMesh
Building one multilevel mesh for all models
Generating mesh for poisson_3d_tetgen_c0p1pe1
Running tetgen to generate 3D mesh for poisson_3d_tetgen_c0p1pe1
Calling tetgen on rank 0 with command tetgen -VApq1.35q12feena1.666667e-04 meshNoVessel.poly
Opening meshNoVessel.poly.
Constructing Delaunay tetrahedralization.
Sorting vertices by a bsp-tree.
Number of tree nodes: 2.
Maximum tree node size: 4.
Maximum tree depth: 0.
Incrementally inserting vertices.
Delaunay seconds: 0
Creating surface mesh.
Unifying segments.
Merging coplanar facets.
Marking acute vertices.
Recovering boundaries.
Delaunizing segments.
0 protecting points.
Constraining facets.
1 subedge flips.
0 cavities remeshed.
Boundary recovery seconds: 0
Removing exterior tetrahedra.
Hole seconds: 0
Repairing mesh.
Repair seconds: 0
Adding Steiner points to enforce quality.
Marking sharp segments.
Deciding feature-point sizes.
0 split points.
0 split points.
Splitting bad tetrahedra.
2505 refinement points.
Totally added 2505 points.
Quality seconds: 0.33
Optimizing mesh.
level = 3.
Optimize seconds: 0.02
Writing meshNoVessel.1.node.
Writing meshNoVessel.1.ele.
Writing meshNoVessel.1.face.
Writing meshNoVessel.1.edge.
Writing meshNoVessel.1.neigh.
Output seconds: 0.11
Total running seconds: 0.46
Statistics:
Input points: 8
Input facets: 6
Input segments: 12
Input holes: 0
Input regions: 1
Mesh points: 2513
Mesh tetrahedra: 12416
Mesh faces: 25867
Mesh edges: 15963
Mesh boundary faces: 2070
Mesh boundary edges: 165
Mesh quality statistics:
Child returned 0
Smallest volume: 9.6828e-06 | Largest volume: 0.00016665
Shortest edge: 0.042133 | Longest edge: 0.16027
Smallest aspect ratio: 1.2391 | Largest aspect ratio: 8.9487
Smallest facangle: 22.204 | Largest facangle: 126.6316
Smallest dihedral: 12.035 | Largest dihedral: 162.3318
Aspect ratio histogram:
< 1.5 : 523 | 6 - 10 : 61
1.5 - 2 : 5141 | 10 - 15 : 0
2 - 2.5 : 4089 | 15 - 25 : 0
2.5 - 3 : 1453 | 25 - 50 : 0
3 - 4 : 788 | 50 - 100 : 0
4 - 6 : 361 | 100 - : 0
(A tetrahedron's aspect ratio is its longest edge length divided by its
smallest side height)
Face angle histogram:
0 - 10 degrees: 0 | 90 - 100 degrees: 2932
10 - 20 degrees: 0 | 100 - 110 degrees: 864
20 - 30 degrees: 486 | 110 - 120 degrees: 125
30 - 40 degrees: 6158 | 120 - 130 degrees: 9
40 - 50 degrees: 12539 | 130 - 140 degrees: 0
50 - 60 degrees: 6684 | 140 - 150 degrees: 0
60 - 70 degrees: 5804 | 150 - 160 degrees: 0
70 - 80 degrees: 9717 | 160 - 170 degrees: 0
80 - 90 degrees: 6416 | 170 - 180 degrees: 0
Minimum input face angle is 90 (degree).
Dihedral angle histogram:
0 - 5 degrees: 0 | 80 - 110 degrees: 8394
5 - 10 degrees: 0 | 110 - 120 degrees: 1585
10 - 20 degrees: 335 | 120 - 130 degrees: 986
20 - 30 degrees: 920 | 130 - 140 degrees: 600
30 - 40 degrees: 2410 | 140 - 150 degrees: 365
40 - 50 degrees: 4360 | 150 - 160 degrees: 223
50 - 60 degrees: 3729 | 160 - 170 degrees: 14
60 - 70 degrees: 662 | 170 - 175 degrees: 0
70 - 80 degrees: 249 | 175 - 180 degrees: 0
Minimum input facet dihedral angle is 90 (degree).
Done running tetgen
Initializing mesh and MultilevelMesh
Generating tetrahedral mesh
Generating partitioned mesh from Tetgen files
cmeshTools.CMultilevelMesh
buildFromC
partitionMesh
Partitioning mesh among 1 processors using partitioningType = 1
Number of Subdomain Elements Owned= 12416
Number of Subdomain Elements = 12416
Number of Subdomain Nodes Owned= 2513
Number of Subdomain Nodes = 2513
Number of Subdomain elementBoundaries Owned= 25867
Number of Subdomain elementBoundaries = 25867
Number of Subdomain Edges Owned= 15963
Number of Subdomain Edges = 15963
Finished partitioning
*** Global ***
Number of tetrahedra : 12416
Number of triangles : 25867
Number of edges : 15963
Number of nodes : 2513
max(sigma_k) : 0
min(h_k) : 0
*** Local ***
Number of tetrahedra : 12416
Number of triangles : 25867
Number of edges : 15963
Number of nodes : 2513
max(sigma_k) : 21
min(h_k) : 0
Numerical Solution Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Setting up MultilevelTransport for poisson_3d_tetgen_c0p1pe1
Building Transport for each mesh
Generating Trial Space
Generating Test Space
Allocating u
Allocating phi
Setting Boundary Conditions
Setting Boundary Conditions-1
Setting Boundary Conditions-2
Setting Boundary Conditions-2a
Setting Boundary Conditions-3
Setting Boundary Conditions-4
Initializing OneLevelTransport
Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Shallow copy of trial shape is being used for test shape w
Shallow copy of trial shape is being used for test shape grad(w)
Shallow copy of trial shape is being used for test shape w
Updating local to global mappings
Building time integration object
Calculating numerical quadrature formulas
Element Quadrature
Element Boundary Quadrature
Global Exterior Element Boundary Quadrature
Allocating residual and solution vectors
Allocating Jacobian
Building sparse matrix structure
Allocating parallel storage
Allocating ghosted parallel vectors on rank 0
Allocating un-ghosted parallel vectors on rank 0
Allocating matrix on rank 0
ParMat_petsc4py comm.rank= 0 blockSize = 1 par_n= 2513 par_N=2513 par_nghost=0 par_jacobian.getSizes()= ((2513, 2513), (2513, 2513))
Building Mesh Transfers
Setting poisson_3d_tetgen_c0p1pe1 stepController to proteus.StepControl.SC_base
Setting up MultilevelLinearSolver forpoisson_3d_tetgen_c0p1pe1
multilevelLinearSolverChooser type= proteus.LinearSolvers.KSP_petsc4py
Setting up MultilevelNonLinearSolver for poisson_3d_tetgen_c0p1pe1
Finished setting up models and solvers
Setting up SimTools for poisson_3d_tetgen_c0p1pe1
Building tnList from model = poisson_3d_tetgen_c0p1pe1 nDTout = 1
Time sequence[0.0, 1.0]
Setting poisson_3d_tetgen_c0p1pe1 systemStepController to object of type proteus.SplitOperator.Sequential_MinModelStep
Finished NumericalSolution initialization
Setting initial conditions
No initial conditions provided for model poisson_3d_tetgen_c0p1pe1
Attaching models and running spin-up step if requested
Archiving initial conditions
Writing initial mesh for model = poisson_3d_tetgen_c0p1pe1
Writing initial conditions for model = poisson_3d_tetgen_c0p1pe1
Estimating initial time derivative and initializing time history for model poisson_3d_tetgen_c0p1pe1
Choosing initial time step for model poisson_3d_tetgen_c0p1pe1
Initializing time step on model poisson_3d_tetgen_c0p1pe1 to dt = 1.00000e+00
Initializing time history for model step controller
Auxiliary variable calculations for model poisson_3d_tetgen_c0p1pe1
Syncing Archive
Initializing time step on system Default System to dt = 1.00000e+00
Initializing step sequence for system Default System to [(1.0, <proteus.Transport.MultilevelTransport instance at 0x16635f0>)]
Starting time stepping
==============================================================
Solving over interval [ 0.00000e+00, 1.00000e+00]
==============================================================
===========================================================dt system orig1.0
=========================================================dt system final1.0
System time step t= 1.00000e+00, dt= 1.00000e+00
Split operator iteration 0
Model: poisson_3d_tetgen_c0p1pe1
Fractional step 1.00000e+00 for model poisson_3d_tetgen_c0p1pe1
Step exact called for model poisson_3d_tetgen_c0p1pe1
StepControl base stepExact t_model= 1.0 tOut= 1.0 t_model_last= 0.0 dt_model= 1.0 setting to 1.0
Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe1
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe1
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe1 model.timeIntegration.t= 1.00000e+00
Newton it 0 norm(r) = 4.22071e+00 norm(r)/(rtol*norm(r0)+atol) = 4.22071e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 0 ksp.norm= 0.0
KSP it 0 norm(r) = 4.220711e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 8.577955e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 6.001605e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 3.969127e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 2.687533e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 1.861491e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 1.234473e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 7.256854e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 4.075503e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 2.203330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 1.111717e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 5.986734e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 3.157186e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 1.425864e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 6.022669e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 2.724874e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 1.271204e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 6.776956e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 3.418080e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 1.846038e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 1.064089e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 5.914743e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 2.941225e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 1.180171e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 4.623512e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 1.740571e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 7.734271e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 3.601649e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 1.668052e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 7.504285e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 3.272688e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 3.272688e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 1.479826e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 7.647149e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 3.377574e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 1.570088e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 7.193127e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 3.463275e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 1.607352e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 1.051655e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 7.512940e-11; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= True ksp.its= 39 ksp.norm= 7.09044796934e-11 reason = 4
Newton it 1 norm(r) = 7.51302e-11 norm(r)/(rtol*norm(r0)+atol) = 7.51302e-03
SO_base modelStepTaken for model= poisson_3d_tetgen_c0p1pe1 t_system_last= 0.0 t_model_last= 0.0 setting to t_stepSequence= 1.0
Step Taken, t_stepSequence= 1.0 Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe1
SplitOperator_Min choose_dt_system t_system_last= 1.0 dt_system= 1.0 t_system= 2.0
Step Taken, System time step t= 2.00000e+00, dt= 1.00000e+00
Step Taken, Model step t= 2.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe1
Writing mesh header for model = poisson_3d_tetgen_c0p1pe1 at time t=1.0
Writing solution for model = poisson_3d_tetgen_c0p1pe1
Syncing Archive
Syncing Archive
Finished calculating solution
Closing solution archive for poisson_3d_tetgen_c0p1pe1
Closing Archive
Done Closing Archive
Gathering Archive
Done Gathering Archive
Mesh generated using: tetgen -q30DenA meshNoVessel.poly
Initializing NumericalSolution for poisson_3d_tetgen_c0p2pe1
System includes:
poisson_3d_tetgen_c0p2pe1
Setting Archiver(s)
Setting up MultilevelMesh
Building one multilevel mesh for all models
Generating mesh for poisson_3d_tetgen_c0p2pe1
Running tetgen to generate 3D mesh for poisson_3d_tetgen_c0p2pe1
Calling tetgen on rank 0 with command tetgen -VApq1.35q12feena1.666667e-04 meshNoVessel.poly
Opening meshNoVessel.poly.
Constructing Delaunay tetrahedralization.
Sorting vertices by a bsp-tree.
Number of tree nodes: 2.
Maximum tree node size: 4.
Maximum tree depth: 0.
Incrementally inserting vertices.
Delaunay seconds: 0
Creating surface mesh.
Unifying segments.
Merging coplanar facets.
Marking acute vertices.
Recovering boundaries.
Delaunizing segments.
0 protecting points.
Constraining facets.
1 subedge flips.
0 cavities remeshed.
Boundary recovery seconds: 0
Removing exterior tetrahedra.
Hole seconds: 0
Repairing mesh.
Repair seconds: 0
Adding Steiner points to enforce quality.
Marking sharp segments.
Deciding feature-point sizes.
0 split points.
0 split points.
Splitting bad tetrahedra.
2505 refinement points.
Totally added 2505 points.
Quality seconds: 0.34
Optimizing mesh.
level = 3.
Optimize seconds: 0.02
Writing meshNoVessel.1.node.
Writing meshNoVessel.1.ele.
Writing meshNoVessel.1.face.
Writing meshNoVessel.1.edge.
Writing meshNoVessel.1.neigh.
Output seconds: 0.11
Total running seconds: 0.47
Statistics:
Input points: 8
Input facets: 6
Input segments: 12
Input holes: 0
Input regions: 1
Mesh points: 2513
Mesh tetrahedra: 12416
Mesh faces: 25867
Mesh edges: 15963
Mesh boundary faces: 2070
Mesh boundary edges: 165
Mesh quality statistics:
Child returned 0
Smallest volume: 9.6828e-06 | Largest volume: 0.00016665
Shortest edge: 0.042133 | Longest edge: 0.16027
Smallest aspect ratio: 1.2391 | Largest aspect ratio: 8.9487
Smallest facangle: 22.204 | Largest facangle: 126.6316
Smallest dihedral: 12.035 | Largest dihedral: 162.3318
Aspect ratio histogram:
< 1.5 : 523 | 6 - 10 : 61
1.5 - 2 : 5141 | 10 - 15 : 0
2 - 2.5 : 4089 | 15 - 25 : 0
2.5 - 3 : 1453 | 25 - 50 : 0
3 - 4 : 788 | 50 - 100 : 0
4 - 6 : 361 | 100 - : 0
(A tetrahedron's aspect ratio is its longest edge length divided by its
smallest side height)
Face angle histogram:
0 - 10 degrees: 0 | 90 - 100 degrees: 2932
10 - 20 degrees: 0 | 100 - 110 degrees: 864
20 - 30 degrees: 486 | 110 - 120 degrees: 125
30 - 40 degrees: 6158 | 120 - 130 degrees: 9
40 - 50 degrees: 12539 | 130 - 140 degrees: 0
50 - 60 degrees: 6684 | 140 - 150 degrees: 0
60 - 70 degrees: 5804 | 150 - 160 degrees: 0
70 - 80 degrees: 9717 | 160 - 170 degrees: 0
80 - 90 degrees: 6416 | 170 - 180 degrees: 0
Minimum input face angle is 90 (degree).
Dihedral angle histogram:
0 - 5 degrees: 0 | 80 - 110 degrees: 8394
5 - 10 degrees: 0 | 110 - 120 degrees: 1585
10 - 20 degrees: 335 | 120 - 130 degrees: 986
20 - 30 degrees: 920 | 130 - 140 degrees: 600
30 - 40 degrees: 2410 | 140 - 150 degrees: 365
40 - 50 degrees: 4360 | 150 - 160 degrees: 223
50 - 60 degrees: 3729 | 160 - 170 degrees: 14
60 - 70 degrees: 662 | 170 - 175 degrees: 0
70 - 80 degrees: 249 | 175 - 180 degrees: 0
Minimum input facet dihedral angle is 90 (degree).
Done running tetgen
Initializing mesh and MultilevelMesh
Generating tetrahedral mesh
Generating partitioned mesh from Tetgen files
cmeshTools.CMultilevelMesh
buildFromC
partitionMesh
Partitioning mesh among 1 processors using partitioningType = 1
Number of Subdomain Elements Owned= 12416
Number of Subdomain Elements = 12416
Number of Subdomain Nodes Owned= 2513
Number of Subdomain Nodes = 2513
Number of Subdomain elementBoundaries Owned= 25867
Number of Subdomain elementBoundaries = 25867
Number of Subdomain Edges Owned= 15963
Number of Subdomain Edges = 15963
Finished partitioning
*** Global ***
Number of tetrahedra : 12416
Number of triangles : 25867
Number of edges : 15963
Number of nodes : 2513
max(sigma_k) : 0
min(h_k) : 0
*** Local ***
Number of tetrahedra : 12416
Number of triangles : 25867
Number of edges : 15963
Number of nodes : 2513
max(sigma_k) : 21
min(h_k) : 0
Setting up MultilevelTransport for poisson_3d_tetgen_c0p2pe1
Building Transport for each mesh
Generating Trial Space
Generating Test Space
Allocating u
Allocating phi
Setting Boundary Conditions
Setting Boundary Conditions-1
Setting Boundary Conditions-2
Setting Boundary Conditions-2a
Setting Boundary Conditions-3
Setting Boundary Conditions-4
Initializing OneLevelTransport
Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Shallow copy of trial shape is being used for test shape w
Shallow copy of trial shape is being used for test shape grad(w)
Shallow copy of trial shape is being used for test shape w
Updating local to global mappings
Building time integration object
Calculating numerical quadrature formulas
Element Quadrature
Element Boundary Quadrature
Global Exterior Element Boundary Quadrature
Allocating residual and solution vectors
Allocating Jacobian
Building sparse matrix structure
Allocating parallel storage
Allocating ghosted parallel vectors on rank 0
Allocating un-ghosted parallel vectors on rank 0
Allocating matrix on rank 0
ParMat_petsc4py comm.rank= 0 blockSize = 1 par_n= 18476 par_N=18476 par_nghost=0 par_jacobian.getSizes()= ((18476, 18476), (18476, 18476))
Building Mesh Transfers
Setting poisson_3d_tetgen_c0p2pe1 stepController to proteus.StepControl.SC_base
Setting up MultilevelLinearSolver forpoisson_3d_tetgen_c0p2pe1
multilevelLinearSolverChooser type= proteus.LinearSolvers.KSP_petsc4py
Setting up MultilevelNonLinearSolver for poisson_3d_tetgen_c0p2pe1
Finished setting up models and solvers
Setting up SimTools for poisson_3d_tetgen_c0p2pe1
Building tnList from model = poisson_3d_tetgen_c0p2pe1 nDTout = 1
Time sequence[0.0, 1.0]
Setting poisson_3d_tetgen_c0p2pe1 systemStepController to object of type proteus.SplitOperator.Sequential_MinModelStep
Finished NumericalSolution initialization
Setting initial conditions
No initial conditions provided for model poisson_3d_tetgen_c0p2pe1
Attaching models and running spin-up step if requested
Archiving initial conditions
Writing initial mesh for model = poisson_3d_tetgen_c0p2pe1
Writing initial conditions for model = poisson_3d_tetgen_c0p2pe1
Estimating initial time derivative and initializing time history for model poisson_3d_tetgen_c0p2pe1
Choosing initial time step for model poisson_3d_tetgen_c0p2pe1
Initializing time step on model poisson_3d_tetgen_c0p2pe1 to dt = 1.00000e+00
Initializing time history for model step controller
Auxiliary variable calculations for model poisson_3d_tetgen_c0p2pe1
Syncing Archive
Initializing time step on system Default System to dt = 1.00000e+00
Initializing step sequence for system Default System to [(1.0, <proteus.Transport.MultilevelTransport instance at 0x7db4a28>)]
Starting time stepping
==============================================================
Solving over interval [ 0.00000e+00, 1.00000e+00]
==============================================================
===========================================================dt system orig1.0
=========================================================dt system final1.0
System time step t= 1.00000e+00, dt= 1.00000e+00
Split operator iteration 0
Model: poisson_3d_tetgen_c0p2pe1
Fractional step 1.00000e+00 for model poisson_3d_tetgen_c0p2pe1
Step exact called for model poisson_3d_tetgen_c0p2pe1
StepControl base stepExact t_model= 1.0 tOut= 1.0 t_model_last= 0.0 dt_model= 1.0 setting to 1.0
Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe1
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe1
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe1 model.timeIntegration.t= 1.00000e+00
Newton it 0 norm(r) = 2.48694e+00 norm(r)/(rtol*norm(r0)+atol) = 2.48694e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 0 ksp.norm= 0.0
KSP it 0 norm(r) = 2.486943e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 6.544517e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 6.144031e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 5.183357e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 4.477133e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 3.927471e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 3.442969e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 3.173029e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 3.072221e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 2.960837e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 2.755779e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 2.487976e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 2.152164e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 1.865473e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 1.551406e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 1.360640e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 1.235369e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 1.143232e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 1.063630e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 9.675295e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 8.915511e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 8.566408e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 9.420096e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 8.913894e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 7.368151e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 6.276043e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 5.481569e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 4.939197e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 4.268263e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 3.778731e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 3.164934e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 3.164934e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 2.809849e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 2.496412e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 2.373041e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 2.288365e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 2.119991e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 2.041213e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 1.891086e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 1.770089e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 1.677726e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 1.588986e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 1.587843e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 1.629183e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 1.423816e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 1.186011e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 1.036613e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 8.936196e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 7.958687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 6.779609e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 5.819701e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 5.033845e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 4.612323e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 4.053319e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 3.755870e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 3.289033e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 2.914948e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 2.671251e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 2.210621e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 1.579091e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 1.294290e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 9.544247e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 9.544247e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 7.987589e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 6.849867e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 63 norm(r) = 6.232617e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 64 norm(r) = 6.129613e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 65 norm(r) = 5.520206e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 66 norm(r) = 4.954200e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 67 norm(r) = 4.503286e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 68 norm(r) = 4.261022e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 69 norm(r) = 4.111508e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 70 norm(r) = 4.043628e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 71 norm(r) = 3.840269e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 72 norm(r) = 3.501755e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 73 norm(r) = 2.943442e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 74 norm(r) = 2.287976e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 75 norm(r) = 1.952476e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 76 norm(r) = 1.613599e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 77 norm(r) = 1.421372e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 78 norm(r) = 1.275854e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 79 norm(r) = 1.316931e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 80 norm(r) = 1.191989e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 81 norm(r) = 9.950050e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 82 norm(r) = 8.474105e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 83 norm(r) = 7.479646e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 84 norm(r) = 6.914613e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 85 norm(r) = 6.111808e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 86 norm(r) = 5.344072e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 87 norm(r) = 4.758504e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 88 norm(r) = 4.265865e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 89 norm(r) = 3.715531e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 3.205110e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 3.205110e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 91 norm(r) = 2.903042e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 92 norm(r) = 2.670487e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 93 norm(r) = 2.552253e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 94 norm(r) = 2.415216e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 95 norm(r) = 2.299579e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 96 norm(r) = 2.222989e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 97 norm(r) = 2.151266e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 98 norm(r) = 2.009587e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 99 norm(r) = 1.901852e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 100 norm(r) = 1.791954e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 101 norm(r) = 1.773057e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 102 norm(r) = 1.831098e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 103 norm(r) = 1.667928e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 104 norm(r) = 1.332570e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 105 norm(r) = 1.081506e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 106 norm(r) = 9.317259e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 107 norm(r) = 8.141535e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 108 norm(r) = 6.658475e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 109 norm(r) = 5.984446e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 110 norm(r) = 5.768073e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 111 norm(r) = 5.528031e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 112 norm(r) = 5.111738e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 113 norm(r) = 4.291089e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 114 norm(r) = 3.564352e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 115 norm(r) = 3.044530e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 116 norm(r) = 2.692492e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 117 norm(r) = 2.166322e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 118 norm(r) = 1.839194e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 119 norm(r) = 1.536642e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 1.227702e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 1.227702e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 121 norm(r) = 1.078385e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 122 norm(r) = 9.934479e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 123 norm(r) = 9.157747e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 124 norm(r) = 8.468684e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 125 norm(r) = 7.896597e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 126 norm(r) = 7.247206e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 127 norm(r) = 6.617813e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 128 norm(r) = 6.164300e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 129 norm(r) = 5.998037e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 130 norm(r) = 5.868758e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 131 norm(r) = 5.433871e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 132 norm(r) = 5.096488e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 133 norm(r) = 4.320359e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 134 norm(r) = 3.618102e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 135 norm(r) = 3.032797e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 136 norm(r) = 2.413999e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 137 norm(r) = 2.017950e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 138 norm(r) = 1.767475e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 139 norm(r) = 1.804184e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 140 norm(r) = 1.673788e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 141 norm(r) = 1.475595e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 142 norm(r) = 1.323034e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 143 norm(r) = 1.129891e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 144 norm(r) = 9.971553e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 145 norm(r) = 8.585292e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 146 norm(r) = 7.317354e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 147 norm(r) = 6.658735e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 148 norm(r) = 6.112001e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 149 norm(r) = 5.682686e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 4.966483e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 4.966483e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 151 norm(r) = 4.487905e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 152 norm(r) = 4.178918e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 153 norm(r) = 3.948155e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 154 norm(r) = 3.841225e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 155 norm(r) = 3.652488e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 156 norm(r) = 3.486245e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 157 norm(r) = 3.276710e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 158 norm(r) = 3.096558e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 159 norm(r) = 2.946355e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 160 norm(r) = 2.797932e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 161 norm(r) = 2.676905e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 162 norm(r) = 2.523448e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 163 norm(r) = 2.303089e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 164 norm(r) = 2.052569e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 165 norm(r) = 1.933352e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 166 norm(r) = 1.679308e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 167 norm(r) = 1.351793e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 168 norm(r) = 1.063470e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 169 norm(r) = 9.351536e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 170 norm(r) = 1.006356e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 171 norm(r) = 1.019390e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 172 norm(r) = 8.874125e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 173 norm(r) = 7.458112e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 174 norm(r) = 6.112114e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 175 norm(r) = 4.944241e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 176 norm(r) = 3.940409e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 177 norm(r) = 3.230721e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 178 norm(r) = 2.741737e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 179 norm(r) = 2.337603e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.124411e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.124411e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 181 norm(r) = 1.782025e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 182 norm(r) = 1.622083e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 183 norm(r) = 1.491659e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 184 norm(r) = 1.390419e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 185 norm(r) = 1.270215e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 186 norm(r) = 1.148255e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 187 norm(r) = 1.059750e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 188 norm(r) = 9.504842e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 189 norm(r) = 8.634477e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 190 norm(r) = 8.133343e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 191 norm(r) = 7.746746e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 192 norm(r) = 7.013646e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 193 norm(r) = 5.998441e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 194 norm(r) = 5.008910e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 195 norm(r) = 4.278128e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 196 norm(r) = 3.724427e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 197 norm(r) = 3.311908e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 198 norm(r) = 2.800422e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 199 norm(r) = 2.413311e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 200 norm(r) = 2.058750e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 201 norm(r) = 1.821734e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 202 norm(r) = 1.668703e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 203 norm(r) = 1.560274e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 204 norm(r) = 1.667806e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 205 norm(r) = 1.482870e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 206 norm(r) = 1.223127e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 207 norm(r) = 1.102026e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 208 norm(r) = 1.011439e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 209 norm(r) = 9.090063e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 7.826928e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 7.826928e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 211 norm(r) = 7.256586e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 212 norm(r) = 6.893707e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 213 norm(r) = 6.555055e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 214 norm(r) = 6.360547e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 215 norm(r) = 5.917364e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 216 norm(r) = 5.663188e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 217 norm(r) = 5.424614e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 218 norm(r) = 5.246780e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 219 norm(r) = 5.029027e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 220 norm(r) = 4.744952e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 221 norm(r) = 4.531883e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 222 norm(r) = 4.275715e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 223 norm(r) = 4.016033e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 224 norm(r) = 3.601514e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 225 norm(r) = 3.210107e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 226 norm(r) = 2.674627e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 227 norm(r) = 2.263309e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 228 norm(r) = 1.862103e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 229 norm(r) = 1.781296e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 230 norm(r) = 1.934158e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 231 norm(r) = 1.890746e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 232 norm(r) = 1.647379e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 233 norm(r) = 1.379365e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 234 norm(r) = 1.117196e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 235 norm(r) = 9.206745e-11; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= True ksp.its= 235 ksp.norm= 1.69879414564e-10 reason = 4
Newton it 1 norm(r) = 9.20675e-11 norm(r)/(rtol*norm(r0)+atol) = 9.20675e-03
SO_base modelStepTaken for model= poisson_3d_tetgen_c0p2pe1 t_system_last= 0.0 t_model_last= 0.0 setting to t_stepSequence= 1.0
Step Taken, t_stepSequence= 1.0 Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe1
SplitOperator_Min choose_dt_system t_system_last= 1.0 dt_system= 1.0 t_system= 2.0
Step Taken, System time step t= 2.00000e+00, dt= 1.00000e+00
Step Taken, Model step t= 2.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe1
Writing mesh header for model = poisson_3d_tetgen_c0p2pe1 at time t=1.0
Writing solution for model = poisson_3d_tetgen_c0p2pe1
Syncing Archive
Syncing Archive
Finished calculating solution
Closing solution archive for poisson_3d_tetgen_c0p2pe1
Closing Archive
Done Closing Archive
Gathering Archive
Done Gathering Archive
Closing Log
Application 22407611 resources: utime ~35s, stime ~1s
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
testing poisson 32 way on 2 nodes
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Mesh generated using: tetgen -q30DenA meshNoVessel.poly
Initializing NumericalSolution for poisson_3d_tetgen_c0p1pe64
System includes:
poisson_3d_tetgen_c0p1pe64
Setting Archiver(s)
Setting up MultilevelMesh
Building one multilevel mesh for all models
Generating mesh for poisson_3d_tetgen_c0p1pe64
Running tetgen to generate 3D mesh for poisson_3d_tetgen_c0p1pe64
Calling tetgen on rank 0 with command tetgen -VApq1.35q12feena1.666667e-04 meshNoVessel.poly
Opening meshNoVessel.poly.
Constructing Delaunay tetrahedralization.
Sorting vertices by a bsp-tree.
Number of tree nodes: 2.
Maximum tree node size: 4.
Maximum tree depth: 0.
Incrementally inserting vertices.
Delaunay seconds: 0
Creating surface mesh.
Unifying segments.
Merging coplanar facets.
Marking acute vertices.
Recovering boundaries.
Delaunizing segments.
0 protecting points.
Constraining facets.
1 subedge flips.
0 cavities remeshed.
Boundary recovery seconds: 0
Removing exterior tetrahedra.
Hole seconds: 0
Repairing mesh.
Repair seconds: 0
Adding Steiner points to enforce quality.
Marking sharp segments.
Deciding feature-point sizes.
0 split points.
0 split points.
Splitting bad tetrahedra.
2505 refinement points.
Totally added 2505 points.
Quality seconds: 0.37
Optimizing mesh.
level = 3.
Optimize seconds: 0.02
Writing meshNoVessel.1.node.
Writing meshNoVessel.1.ele.
Writing meshNoVessel.1.face.
Writing meshNoVessel.1.edge.
Writing meshNoVessel.1.neigh.
Output seconds: 0.15
Total running seconds: 0.54
Statistics:
Input points: 8
Input facets: 6
Input segments: 12
Input holes: 0
Input regions: 1
Mesh points: 2513
Mesh tetrahedra: 12416
Mesh faces: 25867
Mesh edges: 15963
Mesh boundary faces: 2070
Mesh boundary edges: 165
Mesh quality statistics:
Child returned 0
Smallest volume: 9.6828e-06 | Largest volume: 0.00016665
Shortest edge: 0.042133 | Longest edge: 0.16027
Smallest aspect ratio: 1.2391 | Largest aspect ratio: 8.9487
Smallest facangle: 22.204 | Largest facangle: 126.6316
Smallest dihedral: 12.035 | Largest dihedral: 162.3318
Aspect ratio histogram:
< 1.5 : 523 | 6 - 10 : 61
1.5 - 2 : 5141 | 10 - 15 : 0
2 - 2.5 : 4089 | 15 - 25 : 0
2.5 - 3 : 1453 | 25 - 50 : 0
3 - 4 : 788 | 50 - 100 : 0
4 - 6 : 361 | 100 - : 0
(A tetrahedron's aspect ratio is its longest edge length divided by its
smallest side height)
Face angle histogram:
0 - 10 degrees: 0 | 90 - 100 degrees: 2932
10 - 20 degrees: 0 | 100 - 110 degrees: 864
20 - 30 degrees: 486 | 110 - 120 degrees: 125
30 - 40 degrees: 6158 | 120 - 130 degrees: 9
40 - 50 degrees: 12539 | 130 - 140 degrees: 0
50 - 60 degrees: 6684 | 140 - 150 degrees: 0
60 - 70 degrees: 5804 | 150 - 160 degrees: 0
70 - 80 degrees: 9717 | 160 - 170 degrees: 0
80 - 90 degrees: 6416 | 170 - 180 degrees: 0
Minimum input face angle is 90 (degree).
Dihedral angle histogram:
0 - 5 degrees: 0 | 80 - 110 degrees: 8394
5 - 10 degrees: 0 | 110 - 120 degrees: 1585
10 - 20 degrees: 335 | 120 - 130 degrees: 986
20 - 30 degrees: 920 | 130 - 140 degrees: 600
30 - 40 degrees: 2410 | 140 - 150 degrees: 365
40 - 50 degrees: 4360 | 150 - 160 degrees: 223
50 - 60 degrees: 3729 | 160 - 170 degrees: 14
60 - 70 degrees: 662 | 170 - 175 degrees: 0
70 - 80 degrees: 249 | 175 - 180 degrees: 0
Minimum input facet dihedral angle is 90 (degree).
Done running tetgen
Initializing mesh and MultilevelMesh
Generating tetrahedral mesh
Generating partitioned mesh from Tetgen files
cmeshTools.CMultilevelMesh
buildFromC
partitionMesh
Partitioning mesh among 64 processors using partitioningType = 1
Number of Subdomain Elements Owned= 348
Number of Subdomain Elements = 348
Number of Subdomain Nodes Owned= 39
Number of Subdomain Nodes = 111
Number of Subdomain elementBoundaries Owned= 655
Number of Subdomain elementBoundaries = 780
Number of Subdomain Edges Owned= 346
Number of Subdomain Edges = 542
Finished partitioning
*** Global ***
Number of tetrahedra : 12416
Number of triangles : 25867
Number of edges : 15963
Number of nodes : 2513
max(sigma_k) : 0
min(h_k) : 0
*** Local ***
Number of tetrahedra : 348
Number of triangles : 780
Number of edges : 542
Number of nodes : 111
max(sigma_k) : 12
min(h_k) : 0
Numerical Solution Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Setting up MultilevelTransport for poisson_3d_tetgen_c0p1pe64
Building Transport for each mesh
Generating Trial Space
Generating Test Space
Allocating u
Allocating phi
Setting Boundary Conditions
Setting Boundary Conditions-1
Setting Boundary Conditions-2
Setting Boundary Conditions-2a
Setting Boundary Conditions-3
Setting Boundary Conditions-4
Initializing OneLevelTransport
Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Shallow copy of trial shape is being used for test shape w
Shallow copy of trial shape is being used for test shape grad(w)
Shallow copy of trial shape is being used for test shape w
Updating local to global mappings
Building time integration object
Calculating numerical quadrature formulas
Element Quadrature
Element Boundary Quadrature
Global Exterior Element Boundary Quadrature
Allocating residual and solution vectors
Allocating Jacobian
Building sparse matrix structure
Allocating parallel storage
Allocating ghosted parallel vectors on rank 0
Allocating un-ghosted parallel vectors on rank 0
Allocating matrix on rank 0
ParMat_petsc4py comm.rank= 0 blockSize = 1 par_n= 39 par_N=2513 par_nghost=72 par_jacobian.getSizes()= ((39, 2513), (39, 2513))
Building Mesh Transfers
Setting poisson_3d_tetgen_c0p1pe64 stepController to proteus.StepControl.SC_base
Setting up MultilevelLinearSolver forpoisson_3d_tetgen_c0p1pe64
multilevelLinearSolverChooser type= proteus.LinearSolvers.KSP_petsc4py
Setting up MultilevelNonLinearSolver for poisson_3d_tetgen_c0p1pe64
Finished setting up models and solvers
Setting up SimTools for poisson_3d_tetgen_c0p1pe64
Building tnList from model = poisson_3d_tetgen_c0p1pe64 nDTout = 1
Time sequence[0.0, 1.0]
Setting poisson_3d_tetgen_c0p1pe64 systemStepController to object of type proteus.SplitOperator.Sequential_MinModelStep
Finished NumericalSolution initialization
Setting initial conditions
No initial conditions provided for model poisson_3d_tetgen_c0p1pe64
Attaching models and running spin-up step if requested
Archiving initial conditions
Writing initial mesh for model = poisson_3d_tetgen_c0p1pe64
Writing initial conditions for model = poisson_3d_tetgen_c0p1pe64
Estimating initial time derivative and initializing time history for model poisson_3d_tetgen_c0p1pe64
Choosing initial time step for model poisson_3d_tetgen_c0p1pe64
Initializing time step on model poisson_3d_tetgen_c0p1pe64 to dt = 1.00000e+00
Initializing time history for model step controller
Auxiliary variable calculations for model poisson_3d_tetgen_c0p1pe64
Syncing Archive
Initializing time step on system Default System to dt = 1.00000e+00
Initializing step sequence for system Default System to [(1.0, <proteus.Transport.MultilevelTransport instance at 0x174e5f0>)]
Starting time stepping
==============================================================
Solving over interval [ 0.00000e+00, 1.00000e+00]
==============================================================
===========================================================dt system orig1.0
=========================================================dt system final1.0
System time step t= 1.00000e+00, dt= 1.00000e+00
Split operator iteration 0
Model: poisson_3d_tetgen_c0p1pe64
Fractional step 1.00000e+00 for model poisson_3d_tetgen_c0p1pe64
Step exact called for model poisson_3d_tetgen_c0p1pe64
StepControl base stepExact t_model= 1.0 tOut= 1.0 t_model_last= 0.0 dt_model= 1.0 setting to 1.0
Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe64
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe64
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe64 model.timeIntegration.t= 1.00000e+00
Newton it 0 norm(r) = 4.22071e+00 norm(r)/(rtol*norm(r0)+atol) = 4.22071e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 0 ksp.norm= 0.0
KSP it 0 norm(r) = 4.220711e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 7.636167e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 6.932754e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 5.935781e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 4.625335e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 3.596001e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 2.792254e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 2.209952e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 1.749374e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 1.362941e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 1.046642e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 7.607982e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 5.592766e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 3.919953e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 2.666677e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 1.745121e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 1.196463e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 7.745417e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 5.479301e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 3.762369e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 2.406489e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 1.447104e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 8.346487e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 4.873401e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 3.010185e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 1.778254e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 1.167518e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 7.430635e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 4.692431e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 2.887557e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 1.831328e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 1.831328e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 1.335094e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 9.041285e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 6.554963e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 4.647995e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 3.207948e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 2.128017e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 1.430869e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 9.299827e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 5.817274e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 3.738478e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 2.319447e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 1.573049e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 1.135552e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 8.688409e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 6.748201e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 5.631004e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 4.474400e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 3.333719e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 2.362275e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 1.541565e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 1.015815e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 6.606541e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 4.192521e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 2.554401e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 1.642911e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 1.096107e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 7.110785e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 4.357098e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 2.815286e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.807373e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.807373e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 1.385486e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 9.794301e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 63 norm(r) = 6.429517e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 64 norm(r) = 4.168504e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 65 norm(r) = 2.642669e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 66 norm(r) = 1.696310e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 67 norm(r) = 1.110839e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 68 norm(r) = 7.082421e-11; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= True ksp.its= 68 ksp.norm= 3.53544882027e-11 reason = 4
Newton it 1 norm(r) = 7.08251e-11 norm(r)/(rtol*norm(r0)+atol) = 7.08251e-03
SO_base modelStepTaken for model= poisson_3d_tetgen_c0p1pe64 t_system_last= 0.0 t_model_last= 0.0 setting to t_stepSequence= 1.0
Step Taken, t_stepSequence= 1.0 Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe64
SplitOperator_Min choose_dt_system t_system_last= 1.0 dt_system= 1.0 t_system= 2.0
Step Taken, System time step t= 2.00000e+00, dt= 1.00000e+00
Step Taken, Model step t= 2.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe64
Writing mesh header for model = poisson_3d_tetgen_c0p1pe64 at time t=1.0
Writing solution for model = poisson_3d_tetgen_c0p1pe64
Syncing Archive
Syncing Archive
Finished calculating solution
Closing solution archive for poisson_3d_tetgen_c0p1pe64
Closing Archive
Done Closing Archive
Gathering Archive
Done Gathering Archive
Mesh generated using: tetgen -q30DenA meshNoVessel.poly
Initializing NumericalSolution for poisson_3d_tetgen_c0p2pe64
System includes:
poisson_3d_tetgen_c0p2pe64
Setting Archiver(s)
Setting up MultilevelMesh
Building one multilevel mesh for all models
Generating mesh for poisson_3d_tetgen_c0p2pe64
Running tetgen to generate 3D mesh for poisson_3d_tetgen_c0p2pe64
Calling tetgen on rank 0 with command tetgen -VApq1.35q12feena1.666667e-04 meshNoVessel.poly
Opening meshNoVessel.poly.
Constructing Delaunay tetrahedralization.
Sorting vertices by a bsp-tree.
Number of tree nodes: 2.
Maximum tree node size: 4.
Maximum tree depth: 0.
Incrementally inserting vertices.
Delaunay seconds: 0
Creating surface mesh.
Unifying segments.
Merging coplanar facets.
Marking acute vertices.
Recovering boundaries.
Delaunizing segments.
0 protecting points.
Constraining facets.
1 subedge flips.
0 cavities remeshed.
Boundary recovery seconds: 0
Removing exterior tetrahedra.
Hole seconds: 0
Repairing mesh.
Repair seconds: 0
Adding Steiner points to enforce quality.
Marking sharp segments.
Deciding feature-point sizes.
0 split points.
0 split points.
Splitting bad tetrahedra.
2505 refinement points.
Totally added 2505 points.
Quality seconds: 0.38
Optimizing mesh.
level = 3.
Optimize seconds: 0.02
Writing meshNoVessel.1.node.
Writing meshNoVessel.1.ele.
Writing meshNoVessel.1.face.
Writing meshNoVessel.1.edge.
Writing meshNoVessel.1.neigh.
Output seconds: 0.15
Total running seconds: 0.55
Statistics:
Input points: 8
Input facets: 6
Input segments: 12
Input holes: 0
Input regions: 1
Mesh points: 2513
Mesh tetrahedra: 12416
Mesh faces: 25867
Mesh edges: 15963
Mesh boundary faces: 2070
Mesh boundary edges: 165
Mesh quality statistics:
Child returned 0
Smallest volume: 9.6828e-06 | Largest volume: 0.00016665
Shortest edge: 0.042133 | Longest edge: 0.16027
Smallest aspect ratio: 1.2391 | Largest aspect ratio: 8.9487
Smallest facangle: 22.204 | Largest facangle: 126.6316
Smallest dihedral: 12.035 | Largest dihedral: 162.3318
Aspect ratio histogram:
< 1.5 : 523 | 6 - 10 : 61
1.5 - 2 : 5141 | 10 - 15 : 0
2 - 2.5 : 4089 | 15 - 25 : 0
2.5 - 3 : 1453 | 25 - 50 : 0
3 - 4 : 788 | 50 - 100 : 0
4 - 6 : 361 | 100 - : 0
(A tetrahedron's aspect ratio is its longest edge length divided by its
smallest side height)
Face angle histogram:
0 - 10 degrees: 0 | 90 - 100 degrees: 2932
10 - 20 degrees: 0 | 100 - 110 degrees: 864
20 - 30 degrees: 486 | 110 - 120 degrees: 125
30 - 40 degrees: 6158 | 120 - 130 degrees: 9
40 - 50 degrees: 12539 | 130 - 140 degrees: 0
50 - 60 degrees: 6684 | 140 - 150 degrees: 0
60 - 70 degrees: 5804 | 150 - 160 degrees: 0
70 - 80 degrees: 9717 | 160 - 170 degrees: 0
80 - 90 degrees: 6416 | 170 - 180 degrees: 0
Minimum input face angle is 90 (degree).
Dihedral angle histogram:
0 - 5 degrees: 0 | 80 - 110 degrees: 8394
5 - 10 degrees: 0 | 110 - 120 degrees: 1585
10 - 20 degrees: 335 | 120 - 130 degrees: 986
20 - 30 degrees: 920 | 130 - 140 degrees: 600
30 - 40 degrees: 2410 | 140 - 150 degrees: 365
40 - 50 degrees: 4360 | 150 - 160 degrees: 223
50 - 60 degrees: 3729 | 160 - 170 degrees: 14
60 - 70 degrees: 662 | 170 - 175 degrees: 0
70 - 80 degrees: 249 | 175 - 180 degrees: 0
Minimum input facet dihedral angle is 90 (degree).
Done running tetgen
Initializing mesh and MultilevelMesh
Generating tetrahedral mesh
Generating partitioned mesh from Tetgen files
cmeshTools.CMultilevelMesh
buildFromC
partitionMesh
Partitioning mesh among 64 processors using partitioningType = 1
Number of Subdomain Elements Owned= 348
Number of Subdomain Elements = 348
Number of Subdomain Nodes Owned= 39
Number of Subdomain Nodes = 111
Number of Subdomain elementBoundaries Owned= 655
Number of Subdomain elementBoundaries = 780
Number of Subdomain Edges Owned= 346
Number of Subdomain Edges = 542
Finished partitioning
*** Global ***
Number of tetrahedra : 12416
Number of triangles : 25867
Number of edges : 15963
Number of nodes : 2513
max(sigma_k) : 0
min(h_k) : 0
*** Local ***
Number of tetrahedra : 348
Number of triangles : 780
Number of edges : 542
Number of nodes : 111
max(sigma_k) : 12
min(h_k) : 0
Setting up MultilevelTransport for poisson_3d_tetgen_c0p2pe64
Building Transport for each mesh
Generating Trial Space
Generating Test Space
Allocating u
Allocating phi
Setting Boundary Conditions
Setting Boundary Conditions-1
Setting Boundary Conditions-2
Setting Boundary Conditions-2a
Setting Boundary Conditions-3
Setting Boundary Conditions-4
Initializing OneLevelTransport
Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Shallow copy of trial shape is being used for test shape w
Shallow copy of trial shape is being used for test shape grad(w)
Shallow copy of trial shape is being used for test shape w
Updating local to global mappings
Building time integration object
Calculating numerical quadrature formulas
Element Quadrature
Element Boundary Quadrature
Global Exterior Element Boundary Quadrature
Allocating residual and solution vectors
Allocating Jacobian
Building sparse matrix structure
Allocating parallel storage
Allocating ghosted parallel vectors on rank 0
Allocating un-ghosted parallel vectors on rank 0
Allocating matrix on rank 0
ParMat_petsc4py comm.rank= 0 blockSize = 1 par_n= 385 par_N=18476 par_nghost=268 par_jacobian.getSizes()= ((385, 18476), (385, 18476))
Building Mesh Transfers
Setting poisson_3d_tetgen_c0p2pe64 stepController to proteus.StepControl.SC_base
Setting up MultilevelLinearSolver forpoisson_3d_tetgen_c0p2pe64
multilevelLinearSolverChooser type= proteus.LinearSolvers.KSP_petsc4py
Setting up MultilevelNonLinearSolver for poisson_3d_tetgen_c0p2pe64
Finished setting up models and solvers
Setting up SimTools for poisson_3d_tetgen_c0p2pe64
Building tnList from model = poisson_3d_tetgen_c0p2pe64 nDTout = 1
Time sequence[0.0, 1.0]
Setting poisson_3d_tetgen_c0p2pe64 systemStepController to object of type proteus.SplitOperator.Sequential_MinModelStep
Finished NumericalSolution initialization
Setting initial conditions
No initial conditions provided for model poisson_3d_tetgen_c0p2pe64
Attaching models and running spin-up step if requested
Archiving initial conditions
Writing initial mesh for model = poisson_3d_tetgen_c0p2pe64
Writing initial conditions for model = poisson_3d_tetgen_c0p2pe64
Estimating initial time derivative and initializing time history for model poisson_3d_tetgen_c0p2pe64
Choosing initial time step for model poisson_3d_tetgen_c0p2pe64
Initializing time step on model poisson_3d_tetgen_c0p2pe64 to dt = 1.00000e+00
Initializing time history for model step controller
Auxiliary variable calculations for model poisson_3d_tetgen_c0p2pe64
Syncing Archive
Initializing time step on system Default System to dt = 1.00000e+00
Initializing step sequence for system Default System to [(1.0, <proteus.Transport.MultilevelTransport instance at 0x22ac320>)]
Starting time stepping
==============================================================
Solving over interval [ 0.00000e+00, 1.00000e+00]
==============================================================
===========================================================dt system orig1.0
=========================================================dt system final1.0
System time step t= 1.00000e+00, dt= 1.00000e+00
Split operator iteration 0
Model: poisson_3d_tetgen_c0p2pe64
Fractional step 1.00000e+00 for model poisson_3d_tetgen_c0p2pe64
Step exact called for model poisson_3d_tetgen_c0p2pe64
StepControl base stepExact t_model= 1.0 tOut= 1.0 t_model_last= 0.0 dt_model= 1.0 setting to 1.0
Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe64
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe64
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe64 model.timeIntegration.t= 1.00000e+00
Newton it 0 norm(r) = 2.48694e+00 norm(r)/(rtol*norm(r0)+atol) = 2.48694e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 0 ksp.norm= 0.0
KSP it 0 norm(r) = 2.486943e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 2.619702e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 5.290881e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 5.606369e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 6.593989e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 5.985282e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 6.255764e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 5.730231e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 5.004089e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 4.356776e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 3.959208e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 3.656004e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 3.448409e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 3.214347e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 2.971650e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 2.764771e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 2.528644e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 2.325113e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 2.216962e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 2.096076e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 1.976248e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 1.835944e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 1.651834e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 1.487207e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 1.317948e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 1.172926e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 1.057081e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 9.584070e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 8.787477e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 7.989153e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 7.435002e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 7.435002e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 7.289286e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 7.140059e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 7.103652e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 6.852667e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 6.660933e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 6.589752e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 6.358572e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 6.125233e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 5.860993e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 5.611996e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 5.384921e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 5.198789e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 5.029540e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 4.782703e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 4.568686e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 4.331105e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 4.041908e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 3.807834e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 3.573347e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 3.387456e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 3.101947e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 2.744085e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 2.421247e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 2.031723e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 1.729836e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 1.472452e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 1.259512e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 1.085569e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 9.751954e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 8.599403e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 8.599403e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 8.594861e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 8.363547e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 63 norm(r) = 8.167354e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 64 norm(r) = 7.553898e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 65 norm(r) = 7.191339e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 66 norm(r) = 7.106437e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 67 norm(r) = 6.867802e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 68 norm(r) = 6.481933e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 69 norm(r) = 6.093023e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 70 norm(r) = 5.716214e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 71 norm(r) = 5.470073e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 72 norm(r) = 5.264198e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 73 norm(r) = 5.030539e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 74 norm(r) = 4.805305e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 75 norm(r) = 4.546613e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 76 norm(r) = 4.318210e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 77 norm(r) = 4.079985e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 78 norm(r) = 3.754674e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 79 norm(r) = 3.528921e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 80 norm(r) = 3.340264e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 81 norm(r) = 3.165534e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 82 norm(r) = 2.960685e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 83 norm(r) = 2.848220e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 84 norm(r) = 2.770043e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 85 norm(r) = 2.699213e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 86 norm(r) = 2.705128e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 87 norm(r) = 2.815898e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 88 norm(r) = 3.058305e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 89 norm(r) = 3.215513e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 3.302979e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 3.302979e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 91 norm(r) = 3.302946e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 92 norm(r) = 3.292680e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 93 norm(r) = 3.251568e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 94 norm(r) = 3.125752e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 95 norm(r) = 2.996584e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 96 norm(r) = 2.914909e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 97 norm(r) = 2.875714e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 98 norm(r) = 2.664544e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 99 norm(r) = 2.490799e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 100 norm(r) = 2.366144e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 101 norm(r) = 2.296805e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 102 norm(r) = 2.221042e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 103 norm(r) = 2.069157e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 104 norm(r) = 1.886527e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 105 norm(r) = 1.760217e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 106 norm(r) = 1.656668e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 107 norm(r) = 1.512064e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 108 norm(r) = 1.388715e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 109 norm(r) = 1.336648e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 110 norm(r) = 1.293510e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 111 norm(r) = 1.258092e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 112 norm(r) = 1.213751e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 113 norm(r) = 1.211608e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 114 norm(r) = 1.231161e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 115 norm(r) = 1.246383e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 116 norm(r) = 1.322055e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 117 norm(r) = 1.392741e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 118 norm(r) = 1.416233e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 119 norm(r) = 1.412545e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 1.368736e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 1.368736e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 121 norm(r) = 1.368686e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 122 norm(r) = 1.373905e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 123 norm(r) = 1.325095e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 124 norm(r) = 1.259174e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 125 norm(r) = 1.165312e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 126 norm(r) = 1.147357e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 127 norm(r) = 1.080958e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 128 norm(r) = 9.953729e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 129 norm(r) = 8.724099e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 130 norm(r) = 7.541853e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 131 norm(r) = 6.981492e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 132 norm(r) = 6.688434e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 133 norm(r) = 6.300989e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 134 norm(r) = 6.054335e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 135 norm(r) = 5.916903e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 136 norm(r) = 5.783506e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 137 norm(r) = 5.462378e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 138 norm(r) = 4.978407e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 139 norm(r) = 4.769302e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 140 norm(r) = 4.716730e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 141 norm(r) = 4.672275e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 142 norm(r) = 4.621443e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 143 norm(r) = 4.689182e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 144 norm(r) = 4.818965e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 145 norm(r) = 4.892483e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 146 norm(r) = 4.985573e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 147 norm(r) = 5.013168e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 148 norm(r) = 4.862354e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 149 norm(r) = 4.718259e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 4.299562e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 4.299562e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 151 norm(r) = 4.299557e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 152 norm(r) = 4.316412e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 153 norm(r) = 4.166691e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 154 norm(r) = 3.912992e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 155 norm(r) = 3.752708e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 156 norm(r) = 3.711126e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 157 norm(r) = 3.465908e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 158 norm(r) = 3.170363e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 159 norm(r) = 2.998881e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 160 norm(r) = 2.872266e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 161 norm(r) = 2.814437e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 162 norm(r) = 2.748859e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 163 norm(r) = 2.660508e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 164 norm(r) = 2.612999e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 165 norm(r) = 2.640658e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 166 norm(r) = 2.610891e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 167 norm(r) = 2.516601e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 168 norm(r) = 2.522467e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 169 norm(r) = 2.513206e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 170 norm(r) = 2.390819e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 171 norm(r) = 2.263371e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 172 norm(r) = 2.095124e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 173 norm(r) = 1.908855e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 174 norm(r) = 1.755670e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 175 norm(r) = 1.673372e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 176 norm(r) = 1.636421e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 177 norm(r) = 1.566751e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 178 norm(r) = 1.496283e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 179 norm(r) = 1.415211e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 1.210016e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 1.210016e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 181 norm(r) = 1.210018e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 182 norm(r) = 1.217224e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 183 norm(r) = 1.175560e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 184 norm(r) = 1.139489e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 185 norm(r) = 1.080575e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 186 norm(r) = 1.065071e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 187 norm(r) = 1.040096e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 188 norm(r) = 9.986038e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 189 norm(r) = 9.570921e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 190 norm(r) = 9.273580e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 191 norm(r) = 9.314239e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 192 norm(r) = 9.631904e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 193 norm(r) = 9.992485e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 194 norm(r) = 1.032469e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 195 norm(r) = 1.089501e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 196 norm(r) = 1.126349e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 197 norm(r) = 1.128335e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 198 norm(r) = 1.093942e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 199 norm(r) = 1.027909e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 200 norm(r) = 9.649291e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 201 norm(r) = 9.403746e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 202 norm(r) = 9.137922e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 203 norm(r) = 8.466522e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 204 norm(r) = 7.640435e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 205 norm(r) = 7.221489e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 206 norm(r) = 6.755887e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 207 norm(r) = 6.215426e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 208 norm(r) = 5.651828e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 209 norm(r) = 5.235278e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 4.751035e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 4.751035e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 211 norm(r) = 4.751042e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 212 norm(r) = 4.763137e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 213 norm(r) = 4.665050e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 214 norm(r) = 4.601939e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 215 norm(r) = 4.458289e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 216 norm(r) = 4.388292e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 217 norm(r) = 4.264241e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 218 norm(r) = 4.113881e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 219 norm(r) = 4.063286e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 220 norm(r) = 4.018990e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 221 norm(r) = 3.992752e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 222 norm(r) = 3.969830e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 223 norm(r) = 3.971492e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 224 norm(r) = 4.144433e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 225 norm(r) = 4.272743e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 226 norm(r) = 4.269017e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 227 norm(r) = 4.294668e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 228 norm(r) = 4.393302e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 229 norm(r) = 4.342278e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 230 norm(r) = 4.079145e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 231 norm(r) = 3.740118e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 232 norm(r) = 3.421127e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 233 norm(r) = 3.103476e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 234 norm(r) = 2.705262e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 235 norm(r) = 2.314657e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 236 norm(r) = 2.090831e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 237 norm(r) = 1.957243e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 238 norm(r) = 1.858778e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 239 norm(r) = 1.745713e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.436877e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.436877e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 241 norm(r) = 1.436881e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 242 norm(r) = 1.445458e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 243 norm(r) = 1.407992e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 244 norm(r) = 1.377354e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 245 norm(r) = 1.343181e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 246 norm(r) = 1.321972e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 247 norm(r) = 1.309385e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 248 norm(r) = 1.306220e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 249 norm(r) = 1.287313e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 250 norm(r) = 1.289325e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 251 norm(r) = 1.304887e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 252 norm(r) = 1.348875e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 253 norm(r) = 1.422171e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 254 norm(r) = 1.481191e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 255 norm(r) = 1.570790e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 256 norm(r) = 1.612151e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 257 norm(r) = 1.588705e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 258 norm(r) = 1.493391e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 259 norm(r) = 1.376008e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 260 norm(r) = 1.271902e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 261 norm(r) = 1.231948e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 262 norm(r) = 1.148384e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 263 norm(r) = 1.062833e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 264 norm(r) = 9.655583e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 265 norm(r) = 9.006189e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 266 norm(r) = 8.300310e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 267 norm(r) = 7.616027e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 268 norm(r) = 7.024544e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 269 norm(r) = 6.627853e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 6.032669e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 6.032669e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 271 norm(r) = 6.032677e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 272 norm(r) = 6.042455e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 273 norm(r) = 5.974852e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 274 norm(r) = 5.937855e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 275 norm(r) = 5.849801e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 276 norm(r) = 5.813628e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 277 norm(r) = 5.750302e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 278 norm(r) = 5.685813e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 279 norm(r) = 5.666423e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 280 norm(r) = 5.623718e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 281 norm(r) = 5.594761e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 282 norm(r) = 5.584335e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 283 norm(r) = 5.633378e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 284 norm(r) = 5.738820e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 285 norm(r) = 5.839235e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 286 norm(r) = 5.790672e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 287 norm(r) = 5.714485e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 288 norm(r) = 5.656818e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 289 norm(r) = 5.439298e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 290 norm(r) = 5.020692e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 291 norm(r) = 4.418096e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 292 norm(r) = 3.974790e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 293 norm(r) = 3.642147e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 294 norm(r) = 3.231702e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 295 norm(r) = 2.743963e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 296 norm(r) = 2.568671e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 297 norm(r) = 2.435418e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 298 norm(r) = 2.383483e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 299 norm(r) = 2.255083e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 1.912894e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 1.912894e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 301 norm(r) = 1.912888e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 302 norm(r) = 1.914515e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 303 norm(r) = 1.889745e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 304 norm(r) = 1.859782e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 305 norm(r) = 1.831798e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 306 norm(r) = 1.824345e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 307 norm(r) = 1.803138e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 308 norm(r) = 1.777469e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 309 norm(r) = 1.742068e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 310 norm(r) = 1.681324e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 311 norm(r) = 1.637874e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 312 norm(r) = 1.614610e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 313 norm(r) = 1.574863e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 314 norm(r) = 1.549846e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 315 norm(r) = 1.545089e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 316 norm(r) = 1.548119e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 317 norm(r) = 1.524156e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 318 norm(r) = 1.442882e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 319 norm(r) = 1.375804e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 320 norm(r) = 1.305327e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 321 norm(r) = 1.263028e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 322 norm(r) = 1.210788e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 323 norm(r) = 1.162202e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 324 norm(r) = 1.088548e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 325 norm(r) = 1.037754e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 326 norm(r) = 9.890552e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 327 norm(r) = 9.547599e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 328 norm(r) = 9.728317e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 329 norm(r) = 1.008747e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 1.002236e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 1.002236e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 331 norm(r) = 1.002229e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 332 norm(r) = 1.000065e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 333 norm(r) = 9.862823e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 334 norm(r) = 9.649142e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 335 norm(r) = 9.250930e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 336 norm(r) = 9.127483e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 337 norm(r) = 8.783781e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 338 norm(r) = 8.159233e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 339 norm(r) = 7.513344e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 340 norm(r) = 7.103817e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 341 norm(r) = 6.807816e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 342 norm(r) = 6.360962e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 343 norm(r) = 5.738900e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 344 norm(r) = 5.254238e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 345 norm(r) = 4.994296e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 346 norm(r) = 4.818452e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 347 norm(r) = 4.643485e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 348 norm(r) = 4.504904e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 349 norm(r) = 4.288982e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 350 norm(r) = 4.041997e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 351 norm(r) = 3.813613e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 352 norm(r) = 3.638793e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 353 norm(r) = 3.522284e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 354 norm(r) = 3.541587e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 355 norm(r) = 4.018720e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 356 norm(r) = 4.343593e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 357 norm(r) = 4.441146e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 358 norm(r) = 4.599800e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 359 norm(r) = 4.479955e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 3.813658e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 3.813658e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 361 norm(r) = 3.813479e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 362 norm(r) = 3.834798e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 363 norm(r) = 3.684537e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 364 norm(r) = 3.413591e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 365 norm(r) = 3.238721e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 366 norm(r) = 3.147291e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 367 norm(r) = 3.041029e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 368 norm(r) = 2.751132e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 369 norm(r) = 2.572270e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 370 norm(r) = 2.300603e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 371 norm(r) = 2.088711e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 372 norm(r) = 1.894550e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 373 norm(r) = 1.776750e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 374 norm(r) = 1.684074e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 375 norm(r) = 1.622337e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 376 norm(r) = 1.580340e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 377 norm(r) = 1.521494e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 378 norm(r) = 1.449051e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 379 norm(r) = 1.427605e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 380 norm(r) = 1.409845e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 381 norm(r) = 1.404438e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 382 norm(r) = 1.392458e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 383 norm(r) = 1.352154e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 384 norm(r) = 1.319006e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 385 norm(r) = 1.360844e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 386 norm(r) = 1.373751e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 387 norm(r) = 1.358519e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 388 norm(r) = 1.340685e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 389 norm(r) = 1.311080e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 1.217130e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 1.217130e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 391 norm(r) = 1.217130e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 392 norm(r) = 1.220086e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 393 norm(r) = 1.172938e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 394 norm(r) = 1.105851e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 395 norm(r) = 1.036647e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 396 norm(r) = 9.998400e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 397 norm(r) = 9.801355e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 398 norm(r) = 8.941118e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 399 norm(r) = 8.432461e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 400 norm(r) = 8.213563e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 401 norm(r) = 8.049196e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 402 norm(r) = 7.866073e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 403 norm(r) = 7.807489e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 404 norm(r) = 7.930330e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 405 norm(r) = 8.131507e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 406 norm(r) = 8.112799e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 407 norm(r) = 8.109111e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 408 norm(r) = 7.959823e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 409 norm(r) = 7.365002e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 410 norm(r) = 6.647722e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 411 norm(r) = 6.093717e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 412 norm(r) = 5.777500e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 413 norm(r) = 5.493014e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 414 norm(r) = 5.238509e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 415 norm(r) = 5.046153e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 416 norm(r) = 4.849957e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 417 norm(r) = 4.498177e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 418 norm(r) = 4.269676e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 419 norm(r) = 3.460908e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 2.719273e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 2.719273e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 421 norm(r) = 2.719273e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 422 norm(r) = 2.742000e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 423 norm(r) = 2.600678e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 424 norm(r) = 2.474501e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 425 norm(r) = 2.362807e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 426 norm(r) = 2.350329e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 427 norm(r) = 2.283816e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 428 norm(r) = 2.199544e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 429 norm(r) = 2.106538e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 430 norm(r) = 2.038950e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 431 norm(r) = 1.993501e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 432 norm(r) = 1.972790e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 433 norm(r) = 1.972216e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 434 norm(r) = 1.997401e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 435 norm(r) = 2.072465e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 436 norm(r) = 2.142020e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 437 norm(r) = 2.165804e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 438 norm(r) = 2.197114e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 439 norm(r) = 2.262305e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 440 norm(r) = 2.323435e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 441 norm(r) = 2.310127e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 442 norm(r) = 2.205460e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 443 norm(r) = 2.072062e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 444 norm(r) = 1.840514e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 445 norm(r) = 1.641750e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 446 norm(r) = 1.363970e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 447 norm(r) = 1.181406e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 448 norm(r) = 1.100961e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 449 norm(r) = 1.047597e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 450 norm(r) = 9.493115e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 450 norm(r) = 9.493115e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 451 norm(r) = 9.493131e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 452 norm(r) = 9.517791e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 453 norm(r) = 9.297178e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 454 norm(r) = 8.982027e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 455 norm(r) = 8.795879e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 456 norm(r) = 8.734590e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 457 norm(r) = 8.457411e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 458 norm(r) = 8.375460e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 459 norm(r) = 8.396199e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 460 norm(r) = 8.468012e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 461 norm(r) = 8.503440e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 462 norm(r) = 8.560023e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 463 norm(r) = 8.928117e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 464 norm(r) = 9.635946e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 465 norm(r) = 1.032406e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 466 norm(r) = 1.054903e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 467 norm(r) = 1.042395e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 468 norm(r) = 9.972941e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 469 norm(r) = 9.151914e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 470 norm(r) = 8.053982e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 471 norm(r) = 7.027699e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 472 norm(r) = 6.422587e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 473 norm(r) = 5.906356e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 474 norm(r) = 5.465571e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 475 norm(r) = 5.092602e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 476 norm(r) = 4.751781e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 477 norm(r) = 4.109516e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 478 norm(r) = 3.658639e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 479 norm(r) = 2.627287e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 480 norm(r) = 1.803747e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 480 norm(r) = 1.803747e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 481 norm(r) = 1.803728e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 482 norm(r) = 1.822795e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 483 norm(r) = 1.735637e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 484 norm(r) = 1.634336e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 485 norm(r) = 1.591476e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 486 norm(r) = 1.581589e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 487 norm(r) = 1.559476e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 488 norm(r) = 1.518752e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 489 norm(r) = 1.492409e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 490 norm(r) = 1.469657e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 491 norm(r) = 1.452906e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 492 norm(r) = 1.442320e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 493 norm(r) = 1.425943e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 494 norm(r) = 1.418360e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 495 norm(r) = 1.433171e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 496 norm(r) = 1.462448e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 497 norm(r) = 1.463527e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 498 norm(r) = 1.449026e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 499 norm(r) = 1.515239e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 500 norm(r) = 1.570047e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 501 norm(r) = 1.543122e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 502 norm(r) = 1.469577e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 503 norm(r) = 1.375269e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 504 norm(r) = 1.235584e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 505 norm(r) = 1.150184e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 506 norm(r) = 1.022947e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 507 norm(r) = 8.565629e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 508 norm(r) = 7.766952e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 509 norm(r) = 7.475857e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 510 norm(r) = 6.854724e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 510 norm(r) = 6.854724e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 511 norm(r) = 6.854732e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 512 norm(r) = 6.864782e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 513 norm(r) = 6.782480e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 514 norm(r) = 6.700943e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 515 norm(r) = 6.621511e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 516 norm(r) = 6.607835e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 517 norm(r) = 6.527164e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 518 norm(r) = 6.565749e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 519 norm(r) = 6.628545e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 520 norm(r) = 6.675660e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 521 norm(r) = 6.720874e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 522 norm(r) = 6.884511e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 523 norm(r) = 7.257187e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 524 norm(r) = 7.585691e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 525 norm(r) = 7.898952e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 526 norm(r) = 7.768066e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 527 norm(r) = 7.407337e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 528 norm(r) = 6.952324e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 529 norm(r) = 6.201672e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 530 norm(r) = 5.460246e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 531 norm(r) = 4.771604e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 532 norm(r) = 4.177326e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 533 norm(r) = 3.828621e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 534 norm(r) = 3.573476e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 535 norm(r) = 3.345790e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 536 norm(r) = 3.049163e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 537 norm(r) = 2.649435e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 538 norm(r) = 2.003295e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 539 norm(r) = 1.386501e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 540 norm(r) = 8.260299e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 540 norm(r) = 8.260299e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 541 norm(r) = 8.259165e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 542 norm(r) = 8.232213e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 543 norm(r) = 7.814697e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 544 norm(r) = 7.154217e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 545 norm(r) = 6.918173e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 546 norm(r) = 6.839589e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 547 norm(r) = 6.761425e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 548 norm(r) = 6.590824e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 549 norm(r) = 6.466773e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 550 norm(r) = 6.320996e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 551 norm(r) = 6.207698e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 552 norm(r) = 6.124334e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 553 norm(r) = 5.962363e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 554 norm(r) = 5.796418e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 555 norm(r) = 5.585601e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 556 norm(r) = 5.382090e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 557 norm(r) = 5.227871e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 558 norm(r) = 5.019837e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 559 norm(r) = 4.674926e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 560 norm(r) = 4.535897e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 561 norm(r) = 4.544562e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 562 norm(r) = 4.455813e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 563 norm(r) = 4.305969e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 564 norm(r) = 4.119299e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 565 norm(r) = 3.940085e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 566 norm(r) = 3.684298e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 567 norm(r) = 3.260908e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 568 norm(r) = 3.034560e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 569 norm(r) = 2.969249e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 570 norm(r) = 2.898520e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 570 norm(r) = 2.898520e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 571 norm(r) = 2.898518e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 572 norm(r) = 2.898184e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 573 norm(r) = 2.871999e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 574 norm(r) = 2.847169e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 575 norm(r) = 2.790547e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 576 norm(r) = 2.761127e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 577 norm(r) = 2.689056e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 578 norm(r) = 2.636824e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 579 norm(r) = 2.625751e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 580 norm(r) = 2.591984e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 581 norm(r) = 2.573138e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 582 norm(r) = 2.558165e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 583 norm(r) = 2.556053e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 584 norm(r) = 2.541397e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 585 norm(r) = 2.508622e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 586 norm(r) = 2.367389e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 587 norm(r) = 2.228449e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 588 norm(r) = 2.094696e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 589 norm(r) = 1.940568e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 590 norm(r) = 1.782375e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 591 norm(r) = 1.628029e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 592 norm(r) = 1.528715e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 593 norm(r) = 1.460986e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 594 norm(r) = 1.430796e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 595 norm(r) = 1.419037e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 596 norm(r) = 1.380564e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 597 norm(r) = 1.317455e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 598 norm(r) = 1.241968e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 599 norm(r) = 1.054737e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 600 norm(r) = 7.847247e-11; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= True ksp.its= 600 ksp.norm= 3.42764245297e-11 reason = 4
Newton it 1 norm(r) = 7.84725e-11 norm(r)/(rtol*norm(r0)+atol) = 7.84725e-03
SO_base modelStepTaken for model= poisson_3d_tetgen_c0p2pe64 t_system_last= 0.0 t_model_last= 0.0 setting to t_stepSequence= 1.0
Step Taken, t_stepSequence= 1.0 Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe64
SplitOperator_Min choose_dt_system t_system_last= 1.0 dt_system= 1.0 t_system= 2.0
Step Taken, System time step t= 2.00000e+00, dt= 1.00000e+00
Step Taken, Model step t= 2.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe64
Writing mesh header for model = poisson_3d_tetgen_c0p2pe64 at time t=1.0
Writing solution for model = poisson_3d_tetgen_c0p2pe64
Syncing Archive
Syncing Archive
Finished calculating solution
Closing solution archive for poisson_3d_tetgen_c0p2pe64
Closing Archive
Done Closing Archive
Gathering Archive
Done Gathering Archive
Closing Log
Application 22407612 resources: utime ~656s, stime ~89s
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
testing poisson 16 way on 2 nodes
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Mesh generated using: tetgen -q30DenA meshNoVessel.poly
Initializing NumericalSolution for poisson_3d_tetgen_c0p1pe32
System includes:
poisson_3d_tetgen_c0p1pe32
Setting Archiver(s)
Setting up MultilevelMesh
Building one multilevel mesh for all models
Generating mesh for poisson_3d_tetgen_c0p1pe32
Running tetgen to generate 3D mesh for poisson_3d_tetgen_c0p1pe32
Calling tetgen on rank 0 with command tetgen -VApq1.35q12feena1.666667e-04 meshNoVessel.poly
Opening meshNoVessel.poly.
Constructing Delaunay tetrahedralization.
Sorting vertices by a bsp-tree.
Number of tree nodes: 2.
Maximum tree node size: 4.
Maximum tree depth: 0.
Incrementally inserting vertices.
Delaunay seconds: 0
Creating surface mesh.
Unifying segments.
Merging coplanar facets.
Marking acute vertices.
Recovering boundaries.
Delaunizing segments.
0 protecting points.
Constraining facets.
1 subedge flips.
0 cavities remeshed.
Boundary recovery seconds: 0
Removing exterior tetrahedra.
Hole seconds: 0
Repairing mesh.
Repair seconds: 0
Adding Steiner points to enforce quality.
Marking sharp segments.
Deciding feature-point sizes.
0 split points.
0 split points.
Splitting bad tetrahedra.
2505 refinement points.
Totally added 2505 points.
Quality seconds: 0.38
Optimizing mesh.
level = 3.
Optimize seconds: 0.03
Writing meshNoVessel.1.node.
Writing meshNoVessel.1.ele.
Writing meshNoVessel.1.face.
Writing meshNoVessel.1.edge.
Writing meshNoVessel.1.neigh.
Output seconds: 0.13
Total running seconds: 0.54
Statistics:
Input points: 8
Input facets: 6
Input segments: 12
Input holes: 0
Input regions: 1
Mesh points: 2513
Mesh tetrahedra: 12416
Mesh faces: 25867
Mesh edges: 15963
Mesh boundary faces: 2070
Mesh boundary edges: 165
Mesh quality statistics:
Child returned 0
Smallest volume: 9.6828e-06 | Largest volume: 0.00016665
Shortest edge: 0.042133 | Longest edge: 0.16027
Smallest aspect ratio: 1.2391 | Largest aspect ratio: 8.9487
Smallest facangle: 22.204 | Largest facangle: 126.6316
Smallest dihedral: 12.035 | Largest dihedral: 162.3318
Aspect ratio histogram:
< 1.5 : 523 | 6 - 10 : 61
1.5 - 2 : 5141 | 10 - 15 : 0
2 - 2.5 : 4089 | 15 - 25 : 0
2.5 - 3 : 1453 | 25 - 50 : 0
3 - 4 : 788 | 50 - 100 : 0
4 - 6 : 361 | 100 - : 0
(A tetrahedron's aspect ratio is its longest edge length divided by its
smallest side height)
Face angle histogram:
0 - 10 degrees: 0 | 90 - 100 degrees: 2932
10 - 20 degrees: 0 | 100 - 110 degrees: 864
20 - 30 degrees: 486 | 110 - 120 degrees: 125
30 - 40 degrees: 6158 | 120 - 130 degrees: 9
40 - 50 degrees: 12539 | 130 - 140 degrees: 0
50 - 60 degrees: 6684 | 140 - 150 degrees: 0
60 - 70 degrees: 5804 | 150 - 160 degrees: 0
70 - 80 degrees: 9717 | 160 - 170 degrees: 0
80 - 90 degrees: 6416 | 170 - 180 degrees: 0
Minimum input face angle is 90 (degree).
Dihedral angle histogram:
0 - 5 degrees: 0 | 80 - 110 degrees: 8394
5 - 10 degrees: 0 | 110 - 120 degrees: 1585
10 - 20 degrees: 335 | 120 - 130 degrees: 986
20 - 30 degrees: 920 | 130 - 140 degrees: 600
30 - 40 degrees: 2410 | 140 - 150 degrees: 365
40 - 50 degrees: 4360 | 150 - 160 degrees: 223
50 - 60 degrees: 3729 | 160 - 170 degrees: 14
60 - 70 degrees: 662 | 170 - 175 degrees: 0
70 - 80 degrees: 249 | 175 - 180 degrees: 0
Minimum input facet dihedral angle is 90 (degree).
Done running tetgen
Initializing mesh and MultilevelMesh
Generating tetrahedral mesh
Generating partitioned mesh from Tetgen files
cmeshTools.CMultilevelMesh
buildFromC
partitionMesh
Partitioning mesh among 32 processors using partitioningType = 1
Number of Subdomain Elements Owned= 596
Number of Subdomain Elements = 596
Number of Subdomain Nodes Owned= 76
Number of Subdomain Nodes = 174
Number of Subdomain elementBoundaries Owned= 1147
Number of Subdomain elementBoundaries = 1315
Number of Subdomain Edges Owned= 627
Number of Subdomain Edges = 892
Finished partitioning
*** Global ***
Number of tetrahedra : 12416
Number of triangles : 25867
Number of edges : 15963
Number of nodes : 2513
max(sigma_k) : 0
min(h_k) : 0
*** Local ***
Number of tetrahedra : 596
Number of triangles : 1315
Number of edges : 892
Number of nodes : 174
max(sigma_k) : 13
min(h_k) : 0
Numerical Solution Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Setting up MultilevelTransport for poisson_3d_tetgen_c0p1pe32
Building Transport for each mesh
Generating Trial Space
Generating Test Space
Allocating u
Allocating phi
Setting Boundary Conditions
Setting Boundary Conditions-1
Setting Boundary Conditions-2
Setting Boundary Conditions-2a
Setting Boundary Conditions-3
Setting Boundary Conditions-4
Initializing OneLevelTransport
Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Shallow copy of trial shape is being used for test shape w
Shallow copy of trial shape is being used for test shape grad(w)
Shallow copy of trial shape is being used for test shape w
Updating local to global mappings
Building time integration object
Calculating numerical quadrature formulas
Element Quadrature
Element Boundary Quadrature
Global Exterior Element Boundary Quadrature
Allocating residual and solution vectors
Allocating Jacobian
Building sparse matrix structure
Allocating parallel storage
Allocating ghosted parallel vectors on rank 0
Allocating un-ghosted parallel vectors on rank 0
Allocating matrix on rank 0
ParMat_petsc4py comm.rank= 0 blockSize = 1 par_n= 76 par_N=2513 par_nghost=98 par_jacobian.getSizes()= ((76, 2513), (76, 2513))
Building Mesh Transfers
Setting poisson_3d_tetgen_c0p1pe32 stepController to proteus.StepControl.SC_base
Setting up MultilevelLinearSolver forpoisson_3d_tetgen_c0p1pe32
multilevelLinearSolverChooser type= proteus.LinearSolvers.KSP_petsc4py
Setting up MultilevelNonLinearSolver for poisson_3d_tetgen_c0p1pe32
Finished setting up models and solvers
Setting up SimTools for poisson_3d_tetgen_c0p1pe32
Building tnList from model = poisson_3d_tetgen_c0p1pe32 nDTout = 1
Time sequence[0.0, 1.0]
Setting poisson_3d_tetgen_c0p1pe32 systemStepController to object of type proteus.SplitOperator.Sequential_MinModelStep
Finished NumericalSolution initialization
Setting initial conditions
No initial conditions provided for model poisson_3d_tetgen_c0p1pe32
Attaching models and running spin-up step if requested
Archiving initial conditions
Writing initial mesh for model = poisson_3d_tetgen_c0p1pe32
Writing initial conditions for model = poisson_3d_tetgen_c0p1pe32
Estimating initial time derivative and initializing time history for model poisson_3d_tetgen_c0p1pe32
Choosing initial time step for model poisson_3d_tetgen_c0p1pe32
Initializing time step on model poisson_3d_tetgen_c0p1pe32 to dt = 1.00000e+00
Initializing time history for model step controller
Auxiliary variable calculations for model poisson_3d_tetgen_c0p1pe32
Syncing Archive
Initializing time step on system Default System to dt = 1.00000e+00
Initializing step sequence for system Default System to [(1.0, <proteus.Transport.MultilevelTransport instance at 0x17495f0>)]
Starting time stepping
==============================================================
Solving over interval [ 0.00000e+00, 1.00000e+00]
==============================================================
===========================================================dt system orig1.0
=========================================================dt system final1.0
System time step t= 1.00000e+00, dt= 1.00000e+00
Split operator iteration 0
Model: poisson_3d_tetgen_c0p1pe32
Fractional step 1.00000e+00 for model poisson_3d_tetgen_c0p1pe32
Step exact called for model poisson_3d_tetgen_c0p1pe32
StepControl base stepExact t_model= 1.0 tOut= 1.0 t_model_last= 0.0 dt_model= 1.0 setting to 1.0
Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe32
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe32
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe32 model.timeIntegration.t= 1.00000e+00
Newton it 0 norm(r) = 4.22071e+00 norm(r)/(rtol*norm(r0)+atol) = 4.22071e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 0 ksp.norm= 0.0
KSP it 0 norm(r) = 4.220711e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 7.608215e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 6.721516e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 5.588804e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 4.304290e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 3.209846e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 2.471968e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 1.937217e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 1.498165e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 1.123329e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 8.259367e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 5.868416e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 3.884792e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 2.430791e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 1.565669e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 1.022278e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 6.731430e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 4.528508e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 3.092403e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 1.948283e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 1.268064e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 7.726486e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 4.955894e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 3.034584e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 2.006060e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 1.259553e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 7.247169e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 4.027308e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 2.298515e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 1.369973e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 8.299667e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 8.299667e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 6.142654e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 4.439865e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 3.241315e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 2.195414e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 1.454130e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 9.078758e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 5.430227e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 3.389183e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 2.243395e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 1.540108e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 1.126322e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 8.524546e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 6.669153e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 5.079812e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 3.714417e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 2.776229e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 2.129819e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 1.521157e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 1.016135e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 6.455370e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 4.002106e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 2.464341e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 1.544226e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 9.700548e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 5.987149e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 3.897843e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 2.463125e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 1.532736e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 1.049353e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 6.794599e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 6.794599e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 4.961058e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 3.237322e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 63 norm(r) = 2.121162e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 64 norm(r) = 1.278474e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 65 norm(r) = 8.102508e-11; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= True ksp.its= 65 ksp.norm= 4.33888080412e-11 reason = 4
Newton it 1 norm(r) = 8.10262e-11 norm(r)/(rtol*norm(r0)+atol) = 8.10262e-03
SO_base modelStepTaken for model= poisson_3d_tetgen_c0p1pe32 t_system_last= 0.0 t_model_last= 0.0 setting to t_stepSequence= 1.0
Step Taken, t_stepSequence= 1.0 Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe32
SplitOperator_Min choose_dt_system t_system_last= 1.0 dt_system= 1.0 t_system= 2.0
Step Taken, System time step t= 2.00000e+00, dt= 1.00000e+00
Step Taken, Model step t= 2.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe32
Writing mesh header for model = poisson_3d_tetgen_c0p1pe32 at time t=1.0
Writing solution for model = poisson_3d_tetgen_c0p1pe32
Syncing Archive
Syncing Archive
Finished calculating solution
Closing solution archive for poisson_3d_tetgen_c0p1pe32
Closing Archive
Done Closing Archive
Gathering Archive
Done Gathering Archive
Mesh generated using: tetgen -q30DenA meshNoVessel.poly
Initializing NumericalSolution for poisson_3d_tetgen_c0p2pe32
System includes:
poisson_3d_tetgen_c0p2pe32
Setting Archiver(s)
Setting up MultilevelMesh
Building one multilevel mesh for all models
Generating mesh for poisson_3d_tetgen_c0p2pe32
Running tetgen to generate 3D mesh for poisson_3d_tetgen_c0p2pe32
Calling tetgen on rank 0 with command tetgen -VApq1.35q12feena1.666667e-04 meshNoVessel.poly
Opening meshNoVessel.poly.
Constructing Delaunay tetrahedralization.
Sorting vertices by a bsp-tree.
Number of tree nodes: 2.
Maximum tree node size: 4.
Maximum tree depth: 0.
Incrementally inserting vertices.
Delaunay seconds: 0
Creating surface mesh.
Unifying segments.
Merging coplanar facets.
Marking acute vertices.
Recovering boundaries.
Delaunizing segments.
0 protecting points.
Constraining facets.
1 subedge flips.
0 cavities remeshed.
Boundary recovery seconds: 0
Removing exterior tetrahedra.
Hole seconds: 0
Repairing mesh.
Repair seconds: 0
Adding Steiner points to enforce quality.
Marking sharp segments.
Deciding feature-point sizes.
0 split points.
0 split points.
Splitting bad tetrahedra.
2505 refinement points.
Totally added 2505 points.
Quality seconds: 0.36
Optimizing mesh.
level = 3.
Optimize seconds: 0.03
Writing meshNoVessel.1.node.
Writing meshNoVessel.1.ele.
Writing meshNoVessel.1.face.
Writing meshNoVessel.1.edge.
Writing meshNoVessel.1.neigh.
Output seconds: 0.14
Total running seconds: 0.53
Statistics:
Input points: 8
Input facets: 6
Input segments: 12
Input holes: 0
Input regions: 1
Mesh points: 2513
Mesh tetrahedra: 12416
Mesh faces: 25867
Mesh edges: 15963
Mesh boundary faces: 2070
Mesh boundary edges: 165
Mesh quality statistics:
Child returned 0
Smallest volume: 9.6828e-06 | Largest volume: 0.00016665
Shortest edge: 0.042133 | Longest edge: 0.16027
Smallest aspect ratio: 1.2391 | Largest aspect ratio: 8.9487
Smallest facangle: 22.204 | Largest facangle: 126.6316
Smallest dihedral: 12.035 | Largest dihedral: 162.3318
Aspect ratio histogram:
< 1.5 : 523 | 6 - 10 : 61
1.5 - 2 : 5141 | 10 - 15 : 0
2 - 2.5 : 4089 | 15 - 25 : 0
2.5 - 3 : 1453 | 25 - 50 : 0
3 - 4 : 788 | 50 - 100 : 0
4 - 6 : 361 | 100 - : 0
(A tetrahedron's aspect ratio is its longest edge length divided by its
smallest side height)
Face angle histogram:
0 - 10 degrees: 0 | 90 - 100 degrees: 2932
10 - 20 degrees: 0 | 100 - 110 degrees: 864
20 - 30 degrees: 486 | 110 - 120 degrees: 125
30 - 40 degrees: 6158 | 120 - 130 degrees: 9
40 - 50 degrees: 12539 | 130 - 140 degrees: 0
50 - 60 degrees: 6684 | 140 - 150 degrees: 0
60 - 70 degrees: 5804 | 150 - 160 degrees: 0
70 - 80 degrees: 9717 | 160 - 170 degrees: 0
80 - 90 degrees: 6416 | 170 - 180 degrees: 0
Minimum input face angle is 90 (degree).
Dihedral angle histogram:
0 - 5 degrees: 0 | 80 - 110 degrees: 8394
5 - 10 degrees: 0 | 110 - 120 degrees: 1585
10 - 20 degrees: 335 | 120 - 130 degrees: 986
20 - 30 degrees: 920 | 130 - 140 degrees: 600
30 - 40 degrees: 2410 | 140 - 150 degrees: 365
40 - 50 degrees: 4360 | 150 - 160 degrees: 223
50 - 60 degrees: 3729 | 160 - 170 degrees: 14
60 - 70 degrees: 662 | 170 - 175 degrees: 0
70 - 80 degrees: 249 | 175 - 180 degrees: 0
Minimum input facet dihedral angle is 90 (degree).
Done running tetgen
Initializing mesh and MultilevelMesh
Generating tetrahedral mesh
Generating partitioned mesh from Tetgen files
cmeshTools.CMultilevelMesh
buildFromC
partitionMesh
Partitioning mesh among 32 processors using partitioningType = 1
Number of Subdomain Elements Owned= 596
Number of Subdomain Elements = 596
Number of Subdomain Nodes Owned= 76
Number of Subdomain Nodes = 174
Number of Subdomain elementBoundaries Owned= 1147
Number of Subdomain elementBoundaries = 1315
Number of Subdomain Edges Owned= 627
Number of Subdomain Edges = 892
Finished partitioning
*** Global ***
Number of tetrahedra : 12416
Number of triangles : 25867
Number of edges : 15963
Number of nodes : 2513
max(sigma_k) : 0
min(h_k) : 0
*** Local ***
Number of tetrahedra : 596
Number of triangles : 1315
Number of edges : 892
Number of nodes : 174
max(sigma_k) : 13
min(h_k) : 0
Setting up MultilevelTransport for poisson_3d_tetgen_c0p2pe32
Building Transport for each mesh
Generating Trial Space
Generating Test Space
Allocating u
Allocating phi
Setting Boundary Conditions
Setting Boundary Conditions-1
Setting Boundary Conditions-2
Setting Boundary Conditions-2a
Setting Boundary Conditions-3
Setting Boundary Conditions-4
Initializing OneLevelTransport
Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Shallow copy of trial shape is being used for test shape w
Shallow copy of trial shape is being used for test shape grad(w)
Shallow copy of trial shape is being used for test shape w
Updating local to global mappings
Building time integration object
Calculating numerical quadrature formulas
Element Quadrature
Element Boundary Quadrature
Global Exterior Element Boundary Quadrature
Allocating residual and solution vectors
Allocating Jacobian
Building sparse matrix structure
Allocating parallel storage
Allocating ghosted parallel vectors on rank 0
Allocating un-ghosted parallel vectors on rank 0
Allocating matrix on rank 0
ParMat_petsc4py comm.rank= 0 blockSize = 1 par_n= 703 par_N=18476 par_nghost=363 par_jacobian.getSizes()= ((703, 18476), (703, 18476))
Building Mesh Transfers
Setting poisson_3d_tetgen_c0p2pe32 stepController to proteus.StepControl.SC_base
Setting up MultilevelLinearSolver forpoisson_3d_tetgen_c0p2pe32
multilevelLinearSolverChooser type= proteus.LinearSolvers.KSP_petsc4py
Setting up MultilevelNonLinearSolver for poisson_3d_tetgen_c0p2pe32
Finished setting up models and solvers
Setting up SimTools for poisson_3d_tetgen_c0p2pe32
Building tnList from model = poisson_3d_tetgen_c0p2pe32 nDTout = 1
Time sequence[0.0, 1.0]
Setting poisson_3d_tetgen_c0p2pe32 systemStepController to object of type proteus.SplitOperator.Sequential_MinModelStep
Finished NumericalSolution initialization
Setting initial conditions
No initial conditions provided for model poisson_3d_tetgen_c0p2pe32
Attaching models and running spin-up step if requested
Archiving initial conditions
Writing initial mesh for model = poisson_3d_tetgen_c0p2pe32
Writing initial conditions for model = poisson_3d_tetgen_c0p2pe32
Estimating initial time derivative and initializing time history for model poisson_3d_tetgen_c0p2pe32
Choosing initial time step for model poisson_3d_tetgen_c0p2pe32
Initializing time step on model poisson_3d_tetgen_c0p2pe32 to dt = 1.00000e+00
Initializing time history for model step controller
Auxiliary variable calculations for model poisson_3d_tetgen_c0p2pe32
Syncing Archive
Initializing time step on system Default System to dt = 1.00000e+00
Initializing step sequence for system Default System to [(1.0, <proteus.Transport.MultilevelTransport instance at 0x25e0c20>)]
Starting time stepping
==============================================================
Solving over interval [ 0.00000e+00, 1.00000e+00]
==============================================================
===========================================================dt system orig1.0
=========================================================dt system final1.0
System time step t= 1.00000e+00, dt= 1.00000e+00
Split operator iteration 0
Model: poisson_3d_tetgen_c0p2pe32
Fractional step 1.00000e+00 for model poisson_3d_tetgen_c0p2pe32
Step exact called for model poisson_3d_tetgen_c0p2pe32
StepControl base stepExact t_model= 1.0 tOut= 1.0 t_model_last= 0.0 dt_model= 1.0 setting to 1.0
Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe32
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe32
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe32 model.timeIntegration.t= 1.00000e+00
Newton it 0 norm(r) = 2.48694e+00 norm(r)/(rtol*norm(r0)+atol) = 2.48694e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 0 ksp.norm= 0.0
KSP it 0 norm(r) = 2.486943e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 6.152662e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 6.254704e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 5.424646e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 5.191533e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 5.030665e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 4.813426e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 4.290792e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 4.007335e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 3.857241e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 3.783656e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 3.727935e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 3.650325e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 3.410102e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 2.961129e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 2.610715e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 2.275086e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 2.011876e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 1.774321e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 1.629174e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 1.507710e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 1.409501e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 1.353613e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 1.290530e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 1.183314e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 1.080873e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 1.004051e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 9.600898e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 9.081118e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 8.340827e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 7.435108e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 7.435108e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 7.033286e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 6.687047e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 6.506792e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 6.376310e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 6.293425e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 6.229627e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 6.181824e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 6.085636e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 5.950153e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 5.799355e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 5.609359e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 5.421239e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 5.222182e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 5.032027e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 4.809126e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 4.532380e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 4.398926e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 4.303815e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 4.075456e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 3.709303e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 3.185052e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 2.584713e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 2.009161e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 1.595615e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 1.325773e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 1.125138e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 9.463081e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 7.814241e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 6.766586e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 5.781379e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 5.781379e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 5.296966e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 4.989765e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 63 norm(r) = 4.813498e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 64 norm(r) = 4.664797e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 65 norm(r) = 4.358322e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 66 norm(r) = 4.067422e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 67 norm(r) = 3.803988e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 68 norm(r) = 3.655019e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 69 norm(r) = 3.505554e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 70 norm(r) = 3.319374e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 71 norm(r) = 3.151227e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 72 norm(r) = 2.931891e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 73 norm(r) = 2.752011e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 74 norm(r) = 2.521808e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 75 norm(r) = 2.327412e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 76 norm(r) = 2.171476e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 77 norm(r) = 2.001667e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 78 norm(r) = 1.782001e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 79 norm(r) = 1.604170e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 80 norm(r) = 1.475470e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 81 norm(r) = 1.404408e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 82 norm(r) = 1.407647e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 83 norm(r) = 1.343399e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 84 norm(r) = 1.199871e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 85 norm(r) = 1.014916e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 86 norm(r) = 9.074026e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 87 norm(r) = 8.133517e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 88 norm(r) = 7.351654e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 89 norm(r) = 6.401604e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 5.635922e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 5.635922e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 91 norm(r) = 5.362676e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 92 norm(r) = 5.202708e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 93 norm(r) = 5.022823e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 94 norm(r) = 4.873525e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 95 norm(r) = 4.624013e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 96 norm(r) = 4.409616e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 97 norm(r) = 4.254030e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 98 norm(r) = 4.154074e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 99 norm(r) = 4.081787e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 100 norm(r) = 3.979781e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 101 norm(r) = 3.882958e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 102 norm(r) = 3.735362e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 103 norm(r) = 3.594028e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 104 norm(r) = 3.414893e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 105 norm(r) = 3.249557e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 106 norm(r) = 2.996057e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 107 norm(r) = 2.758842e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 108 norm(r) = 2.507149e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 109 norm(r) = 2.314286e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 110 norm(r) = 2.260570e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 111 norm(r) = 2.270443e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 112 norm(r) = 2.157446e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 113 norm(r) = 1.937851e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 114 norm(r) = 1.680836e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 115 norm(r) = 1.461992e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 116 norm(r) = 1.302421e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 117 norm(r) = 1.190790e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 118 norm(r) = 1.072669e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 119 norm(r) = 9.229098e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 7.784883e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 7.784883e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 121 norm(r) = 7.366501e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 122 norm(r) = 7.263287e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 123 norm(r) = 6.854493e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 124 norm(r) = 6.419166e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 125 norm(r) = 5.924593e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 126 norm(r) = 5.569052e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 127 norm(r) = 5.152276e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 128 norm(r) = 4.983067e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 129 norm(r) = 4.723597e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 130 norm(r) = 4.403890e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 131 norm(r) = 4.155657e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 132 norm(r) = 3.860606e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 133 norm(r) = 3.583178e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 134 norm(r) = 3.300258e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 135 norm(r) = 3.181194e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 136 norm(r) = 3.081995e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 137 norm(r) = 2.836889e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 138 norm(r) = 2.638621e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 139 norm(r) = 2.504570e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 140 norm(r) = 2.386191e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 141 norm(r) = 2.219380e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 142 norm(r) = 2.038670e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 143 norm(r) = 1.893293e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 144 norm(r) = 1.822811e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 145 norm(r) = 1.756525e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 146 norm(r) = 1.707882e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 147 norm(r) = 1.606932e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 148 norm(r) = 1.485459e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 149 norm(r) = 1.340907e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 1.255932e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 1.255932e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 151 norm(r) = 1.221050e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 152 norm(r) = 1.208909e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 153 norm(r) = 1.144899e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 154 norm(r) = 1.102834e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 155 norm(r) = 1.042781e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 156 norm(r) = 1.000197e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 157 norm(r) = 9.545406e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 158 norm(r) = 9.395540e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 159 norm(r) = 9.145991e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 160 norm(r) = 8.924149e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 161 norm(r) = 8.736202e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 162 norm(r) = 8.358970e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 163 norm(r) = 7.888420e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 164 norm(r) = 7.474380e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 165 norm(r) = 7.050303e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 166 norm(r) = 6.695822e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 167 norm(r) = 6.177708e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 168 norm(r) = 5.831725e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 169 norm(r) = 5.697670e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 170 norm(r) = 5.606278e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 171 norm(r) = 5.251679e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 172 norm(r) = 4.782814e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 173 norm(r) = 4.250489e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 174 norm(r) = 3.694465e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 175 norm(r) = 3.219939e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 176 norm(r) = 2.963764e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 177 norm(r) = 2.753414e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 178 norm(r) = 2.484083e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 179 norm(r) = 2.209881e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 1.946430e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 1.946430e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 181 norm(r) = 1.909264e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 182 norm(r) = 1.885027e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 183 norm(r) = 1.718272e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 184 norm(r) = 1.638613e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 185 norm(r) = 1.543465e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 186 norm(r) = 1.458747e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 187 norm(r) = 1.344541e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 188 norm(r) = 1.306826e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 189 norm(r) = 1.241341e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 190 norm(r) = 1.136561e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 191 norm(r) = 1.077365e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 192 norm(r) = 1.015938e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 193 norm(r) = 9.570457e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 194 norm(r) = 9.177194e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 195 norm(r) = 8.808788e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 196 norm(r) = 8.583534e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 197 norm(r) = 8.075763e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 198 norm(r) = 7.462663e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 199 norm(r) = 6.923353e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 200 norm(r) = 6.291396e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 201 norm(r) = 5.716822e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 202 norm(r) = 5.424744e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 203 norm(r) = 5.117093e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 204 norm(r) = 4.797409e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 205 norm(r) = 4.445342e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 206 norm(r) = 4.118421e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 207 norm(r) = 3.939714e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 208 norm(r) = 3.644224e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 209 norm(r) = 3.343894e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 3.010009e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 3.010009e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 211 norm(r) = 2.948001e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 212 norm(r) = 2.910208e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 213 norm(r) = 2.757416e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 214 norm(r) = 2.592091e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 215 norm(r) = 2.459374e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 216 norm(r) = 2.376194e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 217 norm(r) = 2.255947e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 218 norm(r) = 2.205828e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 219 norm(r) = 2.134241e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 220 norm(r) = 2.023045e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 221 norm(r) = 1.958238e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 222 norm(r) = 1.886261e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 223 norm(r) = 1.795051e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 224 norm(r) = 1.726965e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 225 norm(r) = 1.664780e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 226 norm(r) = 1.576278e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 227 norm(r) = 1.424288e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 228 norm(r) = 1.261105e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 229 norm(r) = 1.148140e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 230 norm(r) = 1.049183e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 231 norm(r) = 1.034521e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 232 norm(r) = 1.014668e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 233 norm(r) = 9.438058e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 234 norm(r) = 8.444502e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 235 norm(r) = 7.513365e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 236 norm(r) = 6.781338e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 237 norm(r) = 6.464630e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 238 norm(r) = 6.014723e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 239 norm(r) = 5.290363e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 4.604550e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 4.604550e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 241 norm(r) = 4.505220e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 242 norm(r) = 4.439962e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 243 norm(r) = 4.004545e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 244 norm(r) = 3.717387e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 245 norm(r) = 3.468054e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 246 norm(r) = 3.297723e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 247 norm(r) = 3.186197e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 248 norm(r) = 3.126703e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 249 norm(r) = 3.047470e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 250 norm(r) = 2.922114e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 251 norm(r) = 2.781978e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 252 norm(r) = 2.555422e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 253 norm(r) = 2.341385e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 254 norm(r) = 2.180411e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 255 norm(r) = 2.052753e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 256 norm(r) = 1.922686e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 257 norm(r) = 1.804925e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 258 norm(r) = 1.715528e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 259 norm(r) = 1.674158e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 260 norm(r) = 1.616420e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 261 norm(r) = 1.488791e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 262 norm(r) = 1.307525e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 263 norm(r) = 1.202986e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 264 norm(r) = 1.107300e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 265 norm(r) = 1.047222e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 266 norm(r) = 9.953761e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 267 norm(r) = 9.458782e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 268 norm(r) = 8.700559e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 269 norm(r) = 8.040322e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 7.423099e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 7.423099e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 271 norm(r) = 7.245434e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 272 norm(r) = 7.164378e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 273 norm(r) = 6.763712e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 274 norm(r) = 6.424210e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 275 norm(r) = 6.129756e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 276 norm(r) = 5.869117e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 277 norm(r) = 5.619405e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 278 norm(r) = 5.531331e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 279 norm(r) = 5.397217e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 280 norm(r) = 5.287001e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 281 norm(r) = 5.107039e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 282 norm(r) = 4.874154e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 283 norm(r) = 4.615589e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 284 norm(r) = 4.418968e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 285 norm(r) = 4.238006e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 286 norm(r) = 3.957199e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 287 norm(r) = 3.558010e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 288 norm(r) = 3.247676e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 289 norm(r) = 3.117965e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 290 norm(r) = 2.962695e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 291 norm(r) = 2.672691e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 292 norm(r) = 2.355670e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 293 norm(r) = 2.072589e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 294 norm(r) = 1.891818e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 295 norm(r) = 1.849090e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 296 norm(r) = 1.824746e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 297 norm(r) = 1.643167e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 298 norm(r) = 1.476339e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 299 norm(r) = 1.275258e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 1.143397e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 1.143397e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 301 norm(r) = 1.113813e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 302 norm(r) = 1.090375e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 303 norm(r) = 1.029838e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 304 norm(r) = 9.778997e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 305 norm(r) = 9.132899e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 306 norm(r) = 8.494020e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 307 norm(r) = 7.905302e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 308 norm(r) = 7.673309e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 309 norm(r) = 7.347791e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 310 norm(r) = 6.942202e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 311 norm(r) = 6.687084e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 312 norm(r) = 6.268305e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 313 norm(r) = 5.851624e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 314 norm(r) = 5.636071e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 315 norm(r) = 5.522344e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 316 norm(r) = 5.434631e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 317 norm(r) = 5.144526e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 318 norm(r) = 4.525508e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 319 norm(r) = 4.024741e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 320 norm(r) = 3.635716e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 321 norm(r) = 3.329658e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 322 norm(r) = 3.103580e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 323 norm(r) = 2.897445e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 324 norm(r) = 2.667539e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 325 norm(r) = 2.474542e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 326 norm(r) = 2.377797e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 327 norm(r) = 2.260433e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 328 norm(r) = 2.085687e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 329 norm(r) = 1.917871e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 1.767096e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 1.767096e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 331 norm(r) = 1.754886e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 332 norm(r) = 1.741559e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 333 norm(r) = 1.642776e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 334 norm(r) = 1.532569e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 335 norm(r) = 1.449357e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 336 norm(r) = 1.392752e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 337 norm(r) = 1.337720e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 338 norm(r) = 1.313053e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 339 norm(r) = 1.288987e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 340 norm(r) = 1.244122e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 341 norm(r) = 1.211189e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 342 norm(r) = 1.158163e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 343 norm(r) = 1.095357e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 344 norm(r) = 1.049400e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 345 norm(r) = 1.005481e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 346 norm(r) = 9.404996e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 347 norm(r) = 8.519324e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 348 norm(r) = 7.519688e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 349 norm(r) = 6.803256e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 350 norm(r) = 6.287868e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 351 norm(r) = 5.934544e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 352 norm(r) = 5.389481e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 353 norm(r) = 4.974047e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 354 norm(r) = 4.515972e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 355 norm(r) = 4.063883e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 356 norm(r) = 3.747461e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 357 norm(r) = 3.585986e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 358 norm(r) = 3.358187e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 359 norm(r) = 3.067141e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 2.752602e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 2.752602e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 361 norm(r) = 2.679859e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 362 norm(r) = 2.598431e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 363 norm(r) = 2.359761e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 364 norm(r) = 2.193964e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 365 norm(r) = 2.058932e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 366 norm(r) = 2.029688e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 367 norm(r) = 2.071742e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 368 norm(r) = 2.054298e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 369 norm(r) = 1.996013e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 370 norm(r) = 1.872516e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 371 norm(r) = 1.690319e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 372 norm(r) = 1.433480e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 373 norm(r) = 1.262335e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 374 norm(r) = 1.178362e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 375 norm(r) = 1.091526e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 376 norm(r) = 9.649679e-11; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= True ksp.its= 376 ksp.norm= 1.2003361292e-10 reason = 4
Newton it 1 norm(r) = 9.64972e-11 norm(r)/(rtol*norm(r0)+atol) = 9.64972e-03
SO_base modelStepTaken for model= poisson_3d_tetgen_c0p2pe32 t_system_last= 0.0 t_model_last= 0.0 setting to t_stepSequence= 1.0
Step Taken, t_stepSequence= 1.0 Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe32
SplitOperator_Min choose_dt_system t_system_last= 1.0 dt_system= 1.0 t_system= 2.0
Step Taken, System time step t= 2.00000e+00, dt= 1.00000e+00
Step Taken, Model step t= 2.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe32
Writing mesh header for model = poisson_3d_tetgen_c0p2pe32 at time t=1.0
Writing solution for model = poisson_3d_tetgen_c0p2pe32
Syncing Archive
Syncing Archive
Finished calculating solution
Closing solution archive for poisson_3d_tetgen_c0p2pe32
Closing Archive
Done Closing Archive
Gathering Archive
Done Gathering Archive
Closing Log
Application 22407614 resources: utime ~252s, stime ~37s
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
testing poisson 12 way on 2 nodes
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Mesh generated using: tetgen -q30DenA meshNoVessel.poly
Initializing NumericalSolution for poisson_3d_tetgen_c0p1pe24
System includes:
poisson_3d_tetgen_c0p1pe24
Setting Archiver(s)
Setting up MultilevelMesh
Building one multilevel mesh for all models
Generating mesh for poisson_3d_tetgen_c0p1pe24
Running tetgen to generate 3D mesh for poisson_3d_tetgen_c0p1pe24
Calling tetgen on rank 0 with command tetgen -VApq1.35q12feena1.666667e-04 meshNoVessel.poly
Opening meshNoVessel.poly.
Constructing Delaunay tetrahedralization.
Sorting vertices by a bsp-tree.
Number of tree nodes: 2.
Maximum tree node size: 4.
Maximum tree depth: 0.
Incrementally inserting vertices.
Delaunay seconds: 0
Creating surface mesh.
Unifying segments.
Merging coplanar facets.
Marking acute vertices.
Recovering boundaries.
Delaunizing segments.
0 protecting points.
Constraining facets.
1 subedge flips.
0 cavities remeshed.
Boundary recovery seconds: 0
Removing exterior tetrahedra.
Hole seconds: 0
Repairing mesh.
Repair seconds: 0
Adding Steiner points to enforce quality.
Marking sharp segments.
Deciding feature-point sizes.
0 split points.
0 split points.
Splitting bad tetrahedra.
2505 refinement points.
Totally added 2505 points.
Quality seconds: 0.37
Optimizing mesh.
level = 3.
Optimize seconds: 0.02
Writing meshNoVessel.1.node.
Writing meshNoVessel.1.ele.
Writing meshNoVessel.1.face.
Writing meshNoVessel.1.edge.
Writing meshNoVessel.1.neigh.
Output seconds: 0.14
Total running seconds: 0.53
Statistics:
Input points: 8
Input facets: 6
Input segments: 12
Input holes: 0
Input regions: 1
Mesh points: 2513
Mesh tetrahedra: 12416
Mesh faces: 25867
Mesh edges: 15963
Mesh boundary faces: 2070
Mesh boundary edges: 165
Mesh quality statistics:
Child returned 0
Smallest volume: 9.6828e-06 | Largest volume: 0.00016665
Shortest edge: 0.042133 | Longest edge: 0.16027
Smallest aspect ratio: 1.2391 | Largest aspect ratio: 8.9487
Smallest facangle: 22.204 | Largest facangle: 126.6316
Smallest dihedral: 12.035 | Largest dihedral: 162.3318
Aspect ratio histogram:
< 1.5 : 523 | 6 - 10 : 61
1.5 - 2 : 5141 | 10 - 15 : 0
2 - 2.5 : 4089 | 15 - 25 : 0
2.5 - 3 : 1453 | 25 - 50 : 0
3 - 4 : 788 | 50 - 100 : 0
4 - 6 : 361 | 100 - : 0
(A tetrahedron's aspect ratio is its longest edge length divided by its
smallest side height)
Face angle histogram:
0 - 10 degrees: 0 | 90 - 100 degrees: 2932
10 - 20 degrees: 0 | 100 - 110 degrees: 864
20 - 30 degrees: 486 | 110 - 120 degrees: 125
30 - 40 degrees: 6158 | 120 - 130 degrees: 9
40 - 50 degrees: 12539 | 130 - 140 degrees: 0
50 - 60 degrees: 6684 | 140 - 150 degrees: 0
60 - 70 degrees: 5804 | 150 - 160 degrees: 0
70 - 80 degrees: 9717 | 160 - 170 degrees: 0
80 - 90 degrees: 6416 | 170 - 180 degrees: 0
Minimum input face angle is 90 (degree).
Dihedral angle histogram:
0 - 5 degrees: 0 | 80 - 110 degrees: 8394
5 - 10 degrees: 0 | 110 - 120 degrees: 1585
10 - 20 degrees: 335 | 120 - 130 degrees: 986
20 - 30 degrees: 920 | 130 - 140 degrees: 600
30 - 40 degrees: 2410 | 140 - 150 degrees: 365
40 - 50 degrees: 4360 | 150 - 160 degrees: 223
50 - 60 degrees: 3729 | 160 - 170 degrees: 14
60 - 70 degrees: 662 | 170 - 175 degrees: 0
70 - 80 degrees: 249 | 175 - 180 degrees: 0
Minimum input facet dihedral angle is 90 (degree).
Done running tetgen
Initializing mesh and MultilevelMesh
Generating tetrahedral mesh
Generating partitioned mesh from Tetgen files
cmeshTools.CMultilevelMesh
buildFromC
partitionMesh
Partitioning mesh among 24 processors using partitioningType = 1
Number of Subdomain Elements Owned= 804
Number of Subdomain Elements = 804
Number of Subdomain Nodes Owned= 107
Number of Subdomain Nodes = 220
Number of Subdomain elementBoundaries Owned= 1566
Number of Subdomain elementBoundaries = 1762
Number of Subdomain Edges Owned= 869
Number of Subdomain Edges = 1177
Finished partitioning
*** Global ***
Number of tetrahedra : 12416
Number of triangles : 25867
Number of edges : 15963
Number of nodes : 2513
max(sigma_k) : 0
min(h_k) : 0
*** Local ***
Number of tetrahedra : 804
Number of triangles : 1762
Number of edges : 1177
Number of nodes : 220
max(sigma_k) : 15
min(h_k) : 0
Numerical Solution Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Setting up MultilevelTransport for poisson_3d_tetgen_c0p1pe24
Building Transport for each mesh
Generating Trial Space
Generating Test Space
Allocating u
Allocating phi
Setting Boundary Conditions
Setting Boundary Conditions-1
Setting Boundary Conditions-2
Setting Boundary Conditions-2a
Setting Boundary Conditions-3
Setting Boundary Conditions-4
Initializing OneLevelTransport
Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Shallow copy of trial shape is being used for test shape w
Shallow copy of trial shape is being used for test shape grad(w)
Shallow copy of trial shape is being used for test shape w
Updating local to global mappings
Building time integration object
Calculating numerical quadrature formulas
Element Quadrature
Element Boundary Quadrature
Global Exterior Element Boundary Quadrature
Allocating residual and solution vectors
Allocating Jacobian
Building sparse matrix structure
Allocating parallel storage
Allocating ghosted parallel vectors on rank 0
Allocating un-ghosted parallel vectors on rank 0
Allocating matrix on rank 0
ParMat_petsc4py comm.rank= 0 blockSize = 1 par_n= 107 par_N=2513 par_nghost=113 par_jacobian.getSizes()= ((107, 2513), (107, 2513))
Building Mesh Transfers
Setting poisson_3d_tetgen_c0p1pe24 stepController to proteus.StepControl.SC_base
Setting up MultilevelLinearSolver forpoisson_3d_tetgen_c0p1pe24
multilevelLinearSolverChooser type= proteus.LinearSolvers.KSP_petsc4py
Setting up MultilevelNonLinearSolver for poisson_3d_tetgen_c0p1pe24
Finished setting up models and solvers
Setting up SimTools for poisson_3d_tetgen_c0p1pe24
Building tnList from model = poisson_3d_tetgen_c0p1pe24 nDTout = 1
Time sequence[0.0, 1.0]
Setting poisson_3d_tetgen_c0p1pe24 systemStepController to object of type proteus.SplitOperator.Sequential_MinModelStep
Finished NumericalSolution initialization
Setting initial conditions
No initial conditions provided for model poisson_3d_tetgen_c0p1pe24
Attaching models and running spin-up step if requested
Archiving initial conditions
Writing initial mesh for model = poisson_3d_tetgen_c0p1pe24
Writing initial conditions for model = poisson_3d_tetgen_c0p1pe24
Estimating initial time derivative and initializing time history for model poisson_3d_tetgen_c0p1pe24
Choosing initial time step for model poisson_3d_tetgen_c0p1pe24
Initializing time step on model poisson_3d_tetgen_c0p1pe24 to dt = 1.00000e+00
Initializing time history for model step controller
Auxiliary variable calculations for model poisson_3d_tetgen_c0p1pe24
Syncing Archive
Initializing time step on system Default System to dt = 1.00000e+00
Initializing step sequence for system Default System to [(1.0, <proteus.Transport.MultilevelTransport instance at 0x174a5f0>)]
Starting time stepping
==============================================================
Solving over interval [ 0.00000e+00, 1.00000e+00]
==============================================================
===========================================================dt system orig1.0
=========================================================dt system final1.0
System time step t= 1.00000e+00, dt= 1.00000e+00
Split operator iteration 0
Model: poisson_3d_tetgen_c0p1pe24
Fractional step 1.00000e+00 for model poisson_3d_tetgen_c0p1pe24
Step exact called for model poisson_3d_tetgen_c0p1pe24
StepControl base stepExact t_model= 1.0 tOut= 1.0 t_model_last= 0.0 dt_model= 1.0 setting to 1.0
Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe24
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe24
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe24 model.timeIntegration.t= 1.00000e+00
Newton it 0 norm(r) = 4.22071e+00 norm(r)/(rtol*norm(r0)+atol) = 4.22071e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 0 ksp.norm= 0.0
KSP it 0 norm(r) = 4.220711e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 7.848488e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 6.562424e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 5.425745e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 4.095402e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 3.056609e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 2.366809e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 1.865176e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 1.450247e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 1.045138e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 7.392143e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 5.084713e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 3.326013e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 2.088104e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 1.355844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 8.494015e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 5.587497e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 3.839177e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 2.521702e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 1.420205e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 7.651648e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 4.354015e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 2.673687e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 1.778307e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 1.109243e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 7.035973e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 4.118123e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 2.429072e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 1.643114e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 1.194871e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 8.803840e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 8.803840e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 6.970267e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 5.083134e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 3.472925e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 2.094953e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 1.327479e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 7.890224e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 5.120631e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 3.222830e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 2.066231e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 1.455652e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 1.062392e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 8.229314e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 6.341291e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 4.806752e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 3.227961e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 2.192243e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 1.541755e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 1.161027e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 8.125029e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 5.103512e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 2.868696e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 1.572696e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 9.278799e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 6.010486e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 3.833549e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 2.384088e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 1.442742e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 7.741970e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 4.446008e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 2.243357e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 2.243357e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 1.462345e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 7.859636e-11; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= True ksp.its= 62 ksp.norm= 4.25738330412e-11 reason = 4
Newton it 1 norm(r) = 7.85954e-11 norm(r)/(rtol*norm(r0)+atol) = 7.85954e-03
SO_base modelStepTaken for model= poisson_3d_tetgen_c0p1pe24 t_system_last= 0.0 t_model_last= 0.0 setting to t_stepSequence= 1.0
Step Taken, t_stepSequence= 1.0 Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe24
SplitOperator_Min choose_dt_system t_system_last= 1.0 dt_system= 1.0 t_system= 2.0
Step Taken, System time step t= 2.00000e+00, dt= 1.00000e+00
Step Taken, Model step t= 2.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe24
Writing mesh header for model = poisson_3d_tetgen_c0p1pe24 at time t=1.0
Writing solution for model = poisson_3d_tetgen_c0p1pe24
Syncing Archive
Syncing Archive
Finished calculating solution
Closing solution archive for poisson_3d_tetgen_c0p1pe24
Closing Archive
Done Closing Archive
Gathering Archive
Done Gathering Archive
Mesh generated using: tetgen -q30DenA meshNoVessel.poly
Initializing NumericalSolution for poisson_3d_tetgen_c0p2pe24
System includes:
poisson_3d_tetgen_c0p2pe24
Setting Archiver(s)
Setting up MultilevelMesh
Building one multilevel mesh for all models
Generating mesh for poisson_3d_tetgen_c0p2pe24
Running tetgen to generate 3D mesh for poisson_3d_tetgen_c0p2pe24
Calling tetgen on rank 0 with command tetgen -VApq1.35q12feena1.666667e-04 meshNoVessel.poly
Opening meshNoVessel.poly.
Constructing Delaunay tetrahedralization.
Sorting vertices by a bsp-tree.
Number of tree nodes: 2.
Maximum tree node size: 4.
Maximum tree depth: 0.
Incrementally inserting vertices.
Delaunay seconds: 0
Creating surface mesh.
Unifying segments.
Merging coplanar facets.
Marking acute vertices.
Recovering boundaries.
Delaunizing segments.
0 protecting points.
Constraining facets.
1 subedge flips.
0 cavities remeshed.
Boundary recovery seconds: 0
Removing exterior tetrahedra.
Hole seconds: 0
Repairing mesh.
Repair seconds: 0
Adding Steiner points to enforce quality.
Marking sharp segments.
Deciding feature-point sizes.
0 split points.
0 split points.
Splitting bad tetrahedra.
2505 refinement points.
Totally added 2505 points.
Quality seconds: 0.37
Optimizing mesh.
level = 3.
Optimize seconds: 0.03
Writing meshNoVessel.1.node.
Writing meshNoVessel.1.ele.
Writing meshNoVessel.1.face.
Writing meshNoVessel.1.edge.
Writing meshNoVessel.1.neigh.
Output seconds: 0.13
Total running seconds: 0.53
Statistics:
Input points: 8
Input facets: 6
Input segments: 12
Input holes: 0
Input regions: 1
Mesh points: 2513
Mesh tetrahedra: 12416
Mesh faces: 25867
Mesh edges: 15963
Mesh boundary faces: 2070
Mesh boundary edges: 165
Mesh quality statistics:
Smallest volume: 9.6828e-06 | Largest volume: 0.00016665
Shortest edge: 0.042133 | Longest edge: 0.16027
Smallest aspect ratio: 1.2391 | Largest aspect ratio: 8.9487
Smallest facangle: 22.204 | Largest facangle: 126.6316
Smallest dihedral: 12.035 | Largest dihedral: 162.3318
Aspect ratio histogram:
< 1.5 : 523 | 6 - 10 : 61
1.5 - 2 : 5141 | 10 - 15 : 0
2 - 2.5 : 4089 | 15 - 25 : 0
2.5 - 3 : 1453 | 25 - 50 : 0
3 - 4 : 788 | 50 - 100 : 0
4 - 6 : 361 | 100 - : 0
(A tetrahedron's aspect ratio is its longest edge length divided by its
smallest side height)
Face angle histogram:
0 - 10 degrees: 0 | 90 - 100 degrees: 2932
10 - 20 degrees: 0 | 100 - 110 degrees: 864
20 - 30 degrees: 486 | 110 - 120 degrees: 125
30 - 40 degrees: 6158 | 120 - 130 degrees: 9
40 - 50 degrees: 12539 | 130 - 140 degrees: 0
50 - 60 degrees: 6684 | 140 - 150 degrees: 0
60 - 70 degrees: 5804 | 150 - 160 degrees: 0
70 - 80 degrees: 9717 | 160 - 170 degrees: 0
80 - 90 degrees: 6416 | 170 - 180 degrees: 0
Minimum input face angle is 90 (degree).
Dihedral angle histogram:
0 - 5 degrees: 0 | 80 - 110 degrees: 8394
5 - 10 degrees: 0 | 110 - 120 degrees: 1585
10 - 20 degrees: 335 | 120 - 130 degrees: 986
20 - 30 degrees: 920 | 130 - 140 degrees: 600
30 - 40 degrees: 2410 | 140 - 150 degrees: 365
40 - 50 degrees: 4360 | 150 - 160 degrees: 223
50 - 60 degrees: 3729 | 160 - 170 degrees: 14
60 - 70 degrees: 662 | 170 - 175 degrees: 0
70 - 80 degrees: 249 | 175 - 180 degrees: 0
Minimum input facet dihedral angle is 90 (degree).
Child returned 0
Done running tetgen
Initializing mesh and MultilevelMesh
Generating tetrahedral mesh
Generating partitioned mesh from Tetgen files
cmeshTools.CMultilevelMesh
buildFromC
partitionMesh
Partitioning mesh among 24 processors using partitioningType = 1
Number of Subdomain Elements Owned= 804
Number of Subdomain Elements = 804
Number of Subdomain Nodes Owned= 107
Number of Subdomain Nodes = 220
Number of Subdomain elementBoundaries Owned= 1566
Number of Subdomain elementBoundaries = 1762
Number of Subdomain Edges Owned= 869
Number of Subdomain Edges = 1177
Finished partitioning
*** Global ***
Number of tetrahedra : 12416
Number of triangles : 25867
Number of edges : 15963
Number of nodes : 2513
max(sigma_k) : 0
min(h_k) : 0
*** Local ***
Number of tetrahedra : 804
Number of triangles : 1762
Number of edges : 1177
Number of nodes : 220
max(sigma_k) : 15
min(h_k) : 0
Setting up MultilevelTransport for poisson_3d_tetgen_c0p2pe24
Building Transport for each mesh
Generating Trial Space
Generating Test Space
Allocating u
Allocating phi
Setting Boundary Conditions
Setting Boundary Conditions-1
Setting Boundary Conditions-2
Setting Boundary Conditions-2a
Setting Boundary Conditions-3
Setting Boundary Conditions-4
Initializing OneLevelTransport
Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Shallow copy of trial shape is being used for test shape w
Shallow copy of trial shape is being used for test shape grad(w)
Shallow copy of trial shape is being used for test shape w
Updating local to global mappings
Building time integration object
Calculating numerical quadrature formulas
Element Quadrature
Element Boundary Quadrature
Global Exterior Element Boundary Quadrature
Allocating residual and solution vectors
Allocating Jacobian
Building sparse matrix structure
Allocating parallel storage
Allocating ghosted parallel vectors on rank 0
Allocating un-ghosted parallel vectors on rank 0
Allocating matrix on rank 0
ParMat_petsc4py comm.rank= 0 blockSize = 1 par_n= 976 par_N=18476 par_nghost=421 par_jacobian.getSizes()= ((976, 18476), (976, 18476))
Building Mesh Transfers
Setting poisson_3d_tetgen_c0p2pe24 stepController to proteus.StepControl.SC_base
Setting up MultilevelLinearSolver forpoisson_3d_tetgen_c0p2pe24
multilevelLinearSolverChooser type= proteus.LinearSolvers.KSP_petsc4py
Setting up MultilevelNonLinearSolver for poisson_3d_tetgen_c0p2pe24
Finished setting up models and solvers
Setting up SimTools for poisson_3d_tetgen_c0p2pe24
Building tnList from model = poisson_3d_tetgen_c0p2pe24 nDTout = 1
Time sequence[0.0, 1.0]
Setting poisson_3d_tetgen_c0p2pe24 systemStepController to object of type proteus.SplitOperator.Sequential_MinModelStep
Finished NumericalSolution initialization
Setting initial conditions
No initial conditions provided for model poisson_3d_tetgen_c0p2pe24
Attaching models and running spin-up step if requested
Archiving initial conditions
Writing initial mesh for model = poisson_3d_tetgen_c0p2pe24
Writing initial conditions for model = poisson_3d_tetgen_c0p2pe24
Estimating initial time derivative and initializing time history for model poisson_3d_tetgen_c0p2pe24
Choosing initial time step for model poisson_3d_tetgen_c0p2pe24
Initializing time step on model poisson_3d_tetgen_c0p2pe24 to dt = 1.00000e+00
Initializing time history for model step controller
Auxiliary variable calculations for model poisson_3d_tetgen_c0p2pe24
Syncing Archive
Initializing time step on system Default System to dt = 1.00000e+00
Initializing step sequence for system Default System to [(1.0, <proteus.Transport.MultilevelTransport instance at 0x2807248>)]
Starting time stepping
==============================================================
Solving over interval [ 0.00000e+00, 1.00000e+00]
==============================================================
===========================================================dt system orig1.0
=========================================================dt system final1.0
System time step t= 1.00000e+00, dt= 1.00000e+00
Split operator iteration 0
Model: poisson_3d_tetgen_c0p2pe24
Fractional step 1.00000e+00 for model poisson_3d_tetgen_c0p2pe24
Step exact called for model poisson_3d_tetgen_c0p2pe24
StepControl base stepExact t_model= 1.0 tOut= 1.0 t_model_last= 0.0 dt_model= 1.0 setting to 1.0
Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe24
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe24
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe24 model.timeIntegration.t= 1.00000e+00
Newton it 0 norm(r) = 2.48694e+00 norm(r)/(rtol*norm(r0)+atol) = 2.48694e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 0 ksp.norm= 0.0
KSP it 0 norm(r) = 2.486943e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 2.941106e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 6.087018e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 5.998371e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 6.428752e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 6.524425e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 5.742032e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 4.965100e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 4.800428e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 4.437092e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 4.158029e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 3.751111e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 3.562583e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 3.081368e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 2.800132e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 2.713304e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 2.705047e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 2.585656e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 2.438576e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 2.260013e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 2.160354e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 2.117779e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 2.020957e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 1.869234e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 1.605886e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 1.329889e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 1.140124e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 1.160653e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 1.312383e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 1.366297e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 1.224996e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 1.224996e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 1.224406e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 1.211703e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 1.201243e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 1.089563e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 9.761429e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 8.162587e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 7.599594e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 7.356958e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 7.256168e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 7.582730e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 7.966602e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 8.150340e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 8.167243e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 7.886674e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 7.344675e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 6.696247e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 6.143330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 5.926974e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 5.800340e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 5.537766e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 4.916381e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 4.232888e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 3.717299e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 3.421881e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 3.062893e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 2.664938e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 2.219658e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 1.742837e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 1.490333e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.305013e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.305013e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 1.240328e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 1.177386e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 63 norm(r) = 1.105475e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 64 norm(r) = 1.046217e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 65 norm(r) = 1.008221e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 66 norm(r) = 9.790806e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 67 norm(r) = 9.369204e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 68 norm(r) = 8.774980e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 69 norm(r) = 8.084997e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 70 norm(r) = 7.366206e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 71 norm(r) = 6.913218e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 72 norm(r) = 6.251879e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 73 norm(r) = 5.746262e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 74 norm(r) = 5.336972e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 75 norm(r) = 5.086923e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 76 norm(r) = 5.041759e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 77 norm(r) = 5.075864e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 78 norm(r) = 5.179308e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 79 norm(r) = 5.153964e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 80 norm(r) = 4.922592e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 81 norm(r) = 4.681062e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 82 norm(r) = 4.507046e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 83 norm(r) = 4.337747e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 84 norm(r) = 4.014459e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 85 norm(r) = 3.461247e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 86 norm(r) = 2.826727e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 87 norm(r) = 2.653138e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 88 norm(r) = 2.805138e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 89 norm(r) = 2.902539e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 2.852228e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 2.852228e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 91 norm(r) = 2.850661e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 92 norm(r) = 2.817399e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 93 norm(r) = 2.754065e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 94 norm(r) = 2.481850e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 95 norm(r) = 2.180007e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 96 norm(r) = 1.892344e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 97 norm(r) = 1.748845e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 98 norm(r) = 1.691259e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 99 norm(r) = 1.693709e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 100 norm(r) = 1.805578e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 101 norm(r) = 1.896432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 102 norm(r) = 1.981456e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 103 norm(r) = 2.051386e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 104 norm(r) = 2.030817e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 105 norm(r) = 1.888006e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 106 norm(r) = 1.726730e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 107 norm(r) = 1.490298e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 108 norm(r) = 1.299600e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 109 norm(r) = 1.205720e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 110 norm(r) = 1.146491e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 111 norm(r) = 1.067149e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 112 norm(r) = 9.807410e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 113 norm(r) = 9.013739e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 114 norm(r) = 8.319132e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 115 norm(r) = 7.912378e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 116 norm(r) = 7.324084e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 117 norm(r) = 6.687951e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 118 norm(r) = 6.138322e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 119 norm(r) = 5.405149e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.632422e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.632422e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 121 norm(r) = 4.460484e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 122 norm(r) = 4.258377e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 123 norm(r) = 4.106573e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 124 norm(r) = 4.004422e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 125 norm(r) = 3.817461e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 126 norm(r) = 3.695716e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 127 norm(r) = 3.601288e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 128 norm(r) = 3.332847e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 129 norm(r) = 2.937296e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 130 norm(r) = 2.653760e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 131 norm(r) = 2.485819e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 132 norm(r) = 2.359508e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 133 norm(r) = 2.253270e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 134 norm(r) = 2.191620e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 135 norm(r) = 2.281076e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 136 norm(r) = 2.344596e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 137 norm(r) = 2.198580e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 138 norm(r) = 2.026385e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 139 norm(r) = 1.883972e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 140 norm(r) = 1.781030e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 141 norm(r) = 1.808585e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 142 norm(r) = 1.867801e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 143 norm(r) = 1.860733e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 144 norm(r) = 1.740917e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 145 norm(r) = 1.545377e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 146 norm(r) = 1.315674e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 147 norm(r) = 1.205016e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 148 norm(r) = 1.276973e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 149 norm(r) = 1.357906e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 1.342663e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 1.342663e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 151 norm(r) = 1.341631e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 152 norm(r) = 1.320950e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 153 norm(r) = 1.281128e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 154 norm(r) = 1.179768e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 155 norm(r) = 1.114180e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 156 norm(r) = 1.074786e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 157 norm(r) = 9.736551e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 158 norm(r) = 8.543339e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 159 norm(r) = 7.587421e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 160 norm(r) = 7.285848e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 161 norm(r) = 7.373199e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 162 norm(r) = 7.450390e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 163 norm(r) = 7.527042e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 164 norm(r) = 7.454429e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 165 norm(r) = 7.353807e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 166 norm(r) = 7.396468e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 167 norm(r) = 7.634188e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 168 norm(r) = 7.817371e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 169 norm(r) = 7.784640e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 170 norm(r) = 7.533446e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 171 norm(r) = 6.895366e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 172 norm(r) = 5.806754e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 173 norm(r) = 4.498493e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 174 norm(r) = 3.613131e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 175 norm(r) = 3.295261e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 176 norm(r) = 3.124034e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 177 norm(r) = 2.909027e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 178 norm(r) = 2.639448e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 179 norm(r) = 2.333276e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.078646e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.078646e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 181 norm(r) = 2.029301e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 182 norm(r) = 1.958938e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 183 norm(r) = 1.888214e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 184 norm(r) = 1.811245e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 185 norm(r) = 1.689816e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 186 norm(r) = 1.632012e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 187 norm(r) = 1.580056e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 188 norm(r) = 1.420620e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 189 norm(r) = 1.306979e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 190 norm(r) = 1.213464e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 191 norm(r) = 1.111919e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 192 norm(r) = 1.002296e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 193 norm(r) = 9.362595e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 194 norm(r) = 8.885861e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 195 norm(r) = 8.552887e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 196 norm(r) = 8.610048e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 197 norm(r) = 8.909053e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 198 norm(r) = 8.845447e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 199 norm(r) = 8.534551e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 200 norm(r) = 8.139582e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 201 norm(r) = 7.612003e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 202 norm(r) = 7.316979e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 203 norm(r) = 7.245745e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 204 norm(r) = 7.024259e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 205 norm(r) = 6.382060e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 206 norm(r) = 5.604214e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 207 norm(r) = 5.216533e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 208 norm(r) = 5.655685e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 209 norm(r) = 6.204347e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 6.450099e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 6.450099e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 211 norm(r) = 6.446217e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 212 norm(r) = 6.366965e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 213 norm(r) = 6.330609e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 214 norm(r) = 5.878720e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 215 norm(r) = 5.518371e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 216 norm(r) = 5.240749e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 217 norm(r) = 4.685260e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 218 norm(r) = 4.040048e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 219 norm(r) = 3.388111e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 220 norm(r) = 2.921329e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 221 norm(r) = 2.856165e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 222 norm(r) = 2.814722e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 223 norm(r) = 2.782817e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 224 norm(r) = 2.752802e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 225 norm(r) = 2.725265e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 226 norm(r) = 2.739660e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 227 norm(r) = 2.869397e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 228 norm(r) = 2.950061e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 229 norm(r) = 2.938512e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 230 norm(r) = 2.800644e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 231 norm(r) = 2.525506e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 232 norm(r) = 2.101710e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 233 norm(r) = 1.702296e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 234 norm(r) = 1.481058e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 235 norm(r) = 1.352396e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 236 norm(r) = 1.252629e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 237 norm(r) = 1.155664e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 238 norm(r) = 1.080843e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 239 norm(r) = 9.725412e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 8.684291e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 8.684291e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 241 norm(r) = 8.580045e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 242 norm(r) = 8.496848e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 243 norm(r) = 8.343031e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 244 norm(r) = 7.764632e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 245 norm(r) = 7.182020e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 246 norm(r) = 6.816587e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 247 norm(r) = 6.561219e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 248 norm(r) = 5.860583e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 249 norm(r) = 5.330488e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 250 norm(r) = 4.969928e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 251 norm(r) = 4.785914e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 252 norm(r) = 4.520090e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 253 norm(r) = 4.327080e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 254 norm(r) = 3.999490e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 255 norm(r) = 3.732317e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 256 norm(r) = 3.545759e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 257 norm(r) = 3.401190e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 258 norm(r) = 3.306689e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 259 norm(r) = 3.251920e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 260 norm(r) = 3.196040e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 261 norm(r) = 3.165887e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 262 norm(r) = 3.099725e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 263 norm(r) = 2.985572e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 264 norm(r) = 2.852550e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 265 norm(r) = 2.695566e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 266 norm(r) = 2.431054e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 267 norm(r) = 2.132029e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 268 norm(r) = 2.306422e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 269 norm(r) = 2.675482e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 2.960780e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 2.960780e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 271 norm(r) = 2.960257e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 272 norm(r) = 2.941584e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 273 norm(r) = 2.840625e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 274 norm(r) = 2.717601e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 275 norm(r) = 2.597497e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 276 norm(r) = 2.481443e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 277 norm(r) = 2.247649e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 278 norm(r) = 1.951519e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 279 norm(r) = 1.319265e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 280 norm(r) = 1.072230e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 281 norm(r) = 1.034657e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 282 norm(r) = 1.019132e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 283 norm(r) = 1.015175e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 284 norm(r) = 1.009015e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 285 norm(r) = 1.015486e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 286 norm(r) = 1.027450e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 287 norm(r) = 1.038097e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 288 norm(r) = 1.035454e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 289 norm(r) = 1.018221e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 290 norm(r) = 9.684213e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 291 norm(r) = 8.672722e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 292 norm(r) = 7.244669e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 293 norm(r) = 5.619477e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 294 norm(r) = 4.980435e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 295 norm(r) = 4.662938e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 296 norm(r) = 4.388824e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 297 norm(r) = 4.139530e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 298 norm(r) = 3.825199e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 299 norm(r) = 3.440897e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 3.156689e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 3.156689e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 301 norm(r) = 3.141183e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 302 norm(r) = 3.125152e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 303 norm(r) = 3.090407e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 304 norm(r) = 2.819850e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 305 norm(r) = 2.551514e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 306 norm(r) = 2.438593e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 307 norm(r) = 2.365500e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 308 norm(r) = 2.192914e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 309 norm(r) = 2.076262e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 310 norm(r) = 1.948379e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 311 norm(r) = 1.846960e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 312 norm(r) = 1.741694e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 313 norm(r) = 1.573554e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 314 norm(r) = 1.534471e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 315 norm(r) = 1.439449e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 316 norm(r) = 1.375703e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 317 norm(r) = 1.307587e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 318 norm(r) = 1.260737e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 319 norm(r) = 1.209386e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 320 norm(r) = 1.138849e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 321 norm(r) = 1.080617e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 322 norm(r) = 1.047865e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 323 norm(r) = 1.025683e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 324 norm(r) = 1.007859e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 325 norm(r) = 9.447047e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 326 norm(r) = 8.320672e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 327 norm(r) = 7.227188e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 328 norm(r) = 6.950105e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 329 norm(r) = 7.804955e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 9.348020e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 9.348020e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 331 norm(r) = 9.345443e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 332 norm(r) = 9.265851e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 333 norm(r) = 9.086000e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 334 norm(r) = 8.564350e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 335 norm(r) = 8.228802e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 336 norm(r) = 7.876280e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 337 norm(r) = 7.308616e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 338 norm(r) = 6.381345e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 339 norm(r) = 4.495864e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 340 norm(r) = 3.453217e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 341 norm(r) = 3.314323e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 342 norm(r) = 3.345830e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 343 norm(r) = 3.383091e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 344 norm(r) = 3.367258e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 345 norm(r) = 3.223250e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 346 norm(r) = 3.057882e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 347 norm(r) = 2.715981e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 348 norm(r) = 2.397879e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 349 norm(r) = 2.250708e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 350 norm(r) = 2.186248e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 351 norm(r) = 2.104110e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 352 norm(r) = 2.053967e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 353 norm(r) = 1.950955e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 354 norm(r) = 1.756399e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 355 norm(r) = 1.612842e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 356 norm(r) = 1.459870e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 357 norm(r) = 1.312682e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 358 norm(r) = 1.200449e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 359 norm(r) = 1.140511e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 1.055793e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 1.055793e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 361 norm(r) = 1.028939e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 362 norm(r) = 1.000848e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 363 norm(r) = 9.772289e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 364 norm(r) = 8.690323e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 365 norm(r) = 7.928985e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 366 norm(r) = 7.624563e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 367 norm(r) = 7.439774e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 368 norm(r) = 7.102645e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 369 norm(r) = 6.931359e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 370 norm(r) = 6.708458e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 371 norm(r) = 6.403966e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 372 norm(r) = 6.182425e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 373 norm(r) = 5.904054e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 374 norm(r) = 5.794661e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 375 norm(r) = 5.606680e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 376 norm(r) = 5.590714e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 377 norm(r) = 5.512615e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 378 norm(r) = 5.182183e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 379 norm(r) = 4.634708e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 380 norm(r) = 4.002283e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 381 norm(r) = 3.576449e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 382 norm(r) = 3.394554e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 383 norm(r) = 3.294684e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 384 norm(r) = 3.112666e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 385 norm(r) = 2.855681e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 386 norm(r) = 2.602031e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 387 norm(r) = 2.274007e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 388 norm(r) = 2.064794e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 389 norm(r) = 2.212411e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 2.397955e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 2.397955e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 391 norm(r) = 2.396491e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 392 norm(r) = 2.368219e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 393 norm(r) = 2.286579e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 394 norm(r) = 2.141069e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 395 norm(r) = 2.081225e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 396 norm(r) = 1.979623e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 397 norm(r) = 1.812092e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 398 norm(r) = 1.660655e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 399 norm(r) = 1.340778e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 400 norm(r) = 1.208279e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 401 norm(r) = 1.273385e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 402 norm(r) = 1.323086e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 403 norm(r) = 1.301566e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 404 norm(r) = 1.219956e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 405 norm(r) = 1.113385e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 406 norm(r) = 1.057278e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 407 norm(r) = 9.098734e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 408 norm(r) = 8.436831e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 409 norm(r) = 8.207100e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 410 norm(r) = 8.239068e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 411 norm(r) = 8.098400e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 412 norm(r) = 7.576635e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 413 norm(r) = 7.042034e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 414 norm(r) = 6.547662e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 415 norm(r) = 6.074469e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 416 norm(r) = 5.738294e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 417 norm(r) = 5.292423e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 418 norm(r) = 4.696043e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 419 norm(r) = 4.087973e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 3.524987e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 3.524987e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 421 norm(r) = 3.425997e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 422 norm(r) = 3.282681e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 423 norm(r) = 3.188059e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 424 norm(r) = 3.073741e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 425 norm(r) = 2.895083e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 426 norm(r) = 2.790582e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 427 norm(r) = 2.718157e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 428 norm(r) = 2.507185e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 429 norm(r) = 2.341333e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 430 norm(r) = 2.253932e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 431 norm(r) = 2.185451e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 432 norm(r) = 2.056326e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 433 norm(r) = 1.970894e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 434 norm(r) = 1.900785e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 435 norm(r) = 1.790982e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 436 norm(r) = 1.721574e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 437 norm(r) = 1.681283e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 438 norm(r) = 1.688315e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 439 norm(r) = 1.639376e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 440 norm(r) = 1.530218e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 441 norm(r) = 1.439477e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 442 norm(r) = 1.390937e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 443 norm(r) = 1.358438e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 444 norm(r) = 1.322649e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 445 norm(r) = 1.195284e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 446 norm(r) = 1.010769e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 447 norm(r) = 8.852920e-11; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= True ksp.its= 447 ksp.norm= 1.19147844296e-10 reason = 4
Newton it 1 norm(r) = 8.85290e-11 norm(r)/(rtol*norm(r0)+atol) = 8.85290e-03
SO_base modelStepTaken for model= poisson_3d_tetgen_c0p2pe24 t_system_last= 0.0 t_model_last= 0.0 setting to t_stepSequence= 1.0
Step Taken, t_stepSequence= 1.0 Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe24
SplitOperator_Min choose_dt_system t_system_last= 1.0 dt_system= 1.0 t_system= 2.0
Step Taken, System time step t= 2.00000e+00, dt= 1.00000e+00
Step Taken, Model step t= 2.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe24
Writing mesh header for model = poisson_3d_tetgen_c0p2pe24 at time t=1.0
Writing solution for model = poisson_3d_tetgen_c0p2pe24
Syncing Archive
Syncing Archive
Finished calculating solution
Closing solution archive for poisson_3d_tetgen_c0p2pe24
Closing Archive
Done Closing Archive
Gathering Archive
Done Gathering Archive
Closing Log
Application 22407616 resources: utime ~199s, stime ~26s
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
testing poisson 8 way on 2 nodes
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Mesh generated using: tetgen -q30DenA meshNoVessel.poly
Initializing NumericalSolution for poisson_3d_tetgen_c0p1pe16
System includes:
poisson_3d_tetgen_c0p1pe16
Setting Archiver(s)
Setting up MultilevelMesh
Building one multilevel mesh for all models
Generating mesh for poisson_3d_tetgen_c0p1pe16
Running tetgen to generate 3D mesh for poisson_3d_tetgen_c0p1pe16
Calling tetgen on rank 0 with command tetgen -VApq1.35q12feena1.666667e-04 meshNoVessel.poly
Opening meshNoVessel.poly.
Constructing Delaunay tetrahedralization.
Sorting vertices by a bsp-tree.
Number of tree nodes: 2.
Maximum tree node size: 4.
Maximum tree depth: 0.
Incrementally inserting vertices.
Delaunay seconds: 0
Creating surface mesh.
Unifying segments.
Merging coplanar facets.
Marking acute vertices.
Recovering boundaries.
Delaunizing segments.
0 protecting points.
Constraining facets.
1 subedge flips.
0 cavities remeshed.
Boundary recovery seconds: 0
Removing exterior tetrahedra.
Hole seconds: 0
Repairing mesh.
Repair seconds: 0
Adding Steiner points to enforce quality.
Marking sharp segments.
Deciding feature-point sizes.
0 split points.
0 split points.
Splitting bad tetrahedra.
2505 refinement points.
Totally added 2505 points.
Quality seconds: 0.38
Optimizing mesh.
level = 3.
Optimize seconds: 0.02
Writing meshNoVessel.1.node.
Writing meshNoVessel.1.ele.
Writing meshNoVessel.1.face.
Writing meshNoVessel.1.edge.
Writing meshNoVessel.1.neigh.
Output seconds: 0.14
Total running seconds: 0.54
Statistics:
Input points: 8
Input facets: 6
Input segments: 12
Input holes: 0
Input regions: 1
Mesh points: 2513
Mesh tetrahedra: 12416
Mesh faces: 25867
Mesh edges: 15963
Mesh boundary faces: 2070
Mesh boundary edges: 165
Mesh quality statistics:
Smallest volume: 9.6828e-06 | Largest volume: 0.00016665
Shortest edge: 0.042133 | Longest edge: 0.16027
Smallest aspect ratio: 1.2391 | Largest aspect ratio: 8.9487
Smallest facangle: 22.204 | Largest facangle: 126.6316
Smallest dihedral: 12.035 | Largest dihedral: 162.3318
Aspect ratio histogram:
< 1.5 : 523 | 6 - 10 : 61
1.5 - 2 : 5141 | 10 - 15 : 0
2 - 2.5 : 4089 | 15 - 25 : 0
2.5 - 3 : 1453 | 25 - 50 : 0
3 - 4 : 788 | 50 - 100 : 0
4 - 6 : 361 | 100 - : 0
(A tetrahedron's aspect ratio is its longest edge length divided by its
smallest side height)
Face angle histogram:
0 - 10 degrees: 0 | 90 - 100 degrees: 2932
10 - 20 degrees: 0 | 100 - 110 degrees: 864
20 - 30 degrees: 486 | 110 - 120 degrees: 125
30 - 40 degrees: 6158 | 120 - 130 degrees: 9
40 - 50 degrees: 12539 | 130 - 140 degrees: 0
50 - 60 degrees: 6684 | 140 - 150 degrees: 0
60 - 70 degrees: 5804 | 150 - 160 degrees: 0
70 - 80 degrees: 9717 | 160 - 170 degrees: 0
80 - 90 degrees: 6416 | 170 - 180 degrees: 0
Minimum input face angle is 90 (degree).
Dihedral angle histogram:
0 - 5 degrees: 0 | 80 - 110 degrees: 8394
5 - 10 degrees: 0 | 110 - 120 degrees: 1585
10 - 20 degrees: 335 | 120 - 130 degrees: 986
20 - 30 degrees: 920 | 130 - 140 degrees: 600
30 - 40 degrees: 2410 | 140 - 150 degrees: 365
40 - 50 degrees: 4360 | 150 - 160 degrees: 223
50 - 60 degrees: 3729 | 160 - 170 degrees: 14
60 - 70 degrees: 662 | 170 - 175 degrees: 0
70 - 80 degrees: 249 | 175 - 180 degrees: 0
Minimum input facet dihedral angle is 90 (degree).
Child returned 0
Done running tetgen
Initializing mesh and MultilevelMesh
Generating tetrahedral mesh
Generating partitioned mesh from Tetgen files
cmeshTools.CMultilevelMesh
buildFromC
partitionMesh
Partitioning mesh among 16 processors using partitioningType = 1
Number of Subdomain Elements Owned= 965
Number of Subdomain Elements = 965
Number of Subdomain Nodes Owned= 155
Number of Subdomain Nodes = 266
Number of Subdomain elementBoundaries Owned= 1933
Number of Subdomain elementBoundaries = 2119
Number of Subdomain Edges Owned= 1123
Number of Subdomain Edges = 1419
Finished partitioning
*** Global ***
Number of tetrahedra : 12416
Number of triangles : 25867
Number of edges : 15963
Number of nodes : 2513
max(sigma_k) : 0
min(h_k) : 0
*** Local ***
Number of tetrahedra : 965
Number of triangles : 2119
Number of edges : 1419
Number of nodes : 266
max(sigma_k) : 15
min(h_k) : 0
Numerical Solution Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Setting up MultilevelTransport for poisson_3d_tetgen_c0p1pe16
Building Transport for each mesh
Generating Trial Space
Generating Test Space
Allocating u
Allocating phi
Setting Boundary Conditions
Setting Boundary Conditions-1
Setting Boundary Conditions-2
Setting Boundary Conditions-2a
Setting Boundary Conditions-3
Setting Boundary Conditions-4
Initializing OneLevelTransport
Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Shallow copy of trial shape is being used for test shape w
Shallow copy of trial shape is being used for test shape grad(w)
Shallow copy of trial shape is being used for test shape w
Updating local to global mappings
Building time integration object
Calculating numerical quadrature formulas
Element Quadrature
Element Boundary Quadrature
Global Exterior Element Boundary Quadrature
Allocating residual and solution vectors
Allocating Jacobian
Building sparse matrix structure
Allocating parallel storage
Allocating ghosted parallel vectors on rank 0
Allocating un-ghosted parallel vectors on rank 0
Allocating matrix on rank 0
ParMat_petsc4py comm.rank= 0 blockSize = 1 par_n= 155 par_N=2513 par_nghost=111 par_jacobian.getSizes()= ((155, 2513), (155, 2513))
Building Mesh Transfers
Setting poisson_3d_tetgen_c0p1pe16 stepController to proteus.StepControl.SC_base
Setting up MultilevelLinearSolver forpoisson_3d_tetgen_c0p1pe16
multilevelLinearSolverChooser type= proteus.LinearSolvers.KSP_petsc4py
Setting up MultilevelNonLinearSolver for poisson_3d_tetgen_c0p1pe16
Finished setting up models and solvers
Setting up SimTools for poisson_3d_tetgen_c0p1pe16
Building tnList from model = poisson_3d_tetgen_c0p1pe16 nDTout = 1
Time sequence[0.0, 1.0]
Setting poisson_3d_tetgen_c0p1pe16 systemStepController to object of type proteus.SplitOperator.Sequential_MinModelStep
Finished NumericalSolution initialization
Setting initial conditions
No initial conditions provided for model poisson_3d_tetgen_c0p1pe16
Attaching models and running spin-up step if requested
Archiving initial conditions
Writing initial mesh for model = poisson_3d_tetgen_c0p1pe16
Writing initial conditions for model = poisson_3d_tetgen_c0p1pe16
Estimating initial time derivative and initializing time history for model poisson_3d_tetgen_c0p1pe16
Choosing initial time step for model poisson_3d_tetgen_c0p1pe16
Initializing time step on model poisson_3d_tetgen_c0p1pe16 to dt = 1.00000e+00
Initializing time history for model step controller
Auxiliary variable calculations for model poisson_3d_tetgen_c0p1pe16
Syncing Archive
Initializing time step on system Default System to dt = 1.00000e+00
Initializing step sequence for system Default System to [(1.0, <proteus.Transport.MultilevelTransport instance at 0x174f5f0>)]
Starting time stepping
==============================================================
Solving over interval [ 0.00000e+00, 1.00000e+00]
==============================================================
===========================================================dt system orig1.0
=========================================================dt system final1.0
System time step t= 1.00000e+00, dt= 1.00000e+00
Split operator iteration 0
Model: poisson_3d_tetgen_c0p1pe16
Fractional step 1.00000e+00 for model poisson_3d_tetgen_c0p1pe16
Step exact called for model poisson_3d_tetgen_c0p1pe16
StepControl base stepExact t_model= 1.0 tOut= 1.0 t_model_last= 0.0 dt_model= 1.0 setting to 1.0
Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe16
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe16
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe16 model.timeIntegration.t= 1.00000e+00
Newton it 0 norm(r) = 4.22071e+00 norm(r)/(rtol*norm(r0)+atol) = 4.22071e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 0 ksp.norm= 0.0
KSP it 0 norm(r) = 4.220711e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 7.882570e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 6.254310e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 4.930859e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 3.752073e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 2.868693e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 2.248926e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 1.727231e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 1.339326e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 9.637703e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 6.661423e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 4.308338e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 2.842951e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 1.839118e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 1.242669e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 8.081966e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 5.173066e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 3.124355e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 1.905462e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 1.071806e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 6.287402e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 3.445252e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 2.072163e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 1.168620e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 7.016052e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 4.118675e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 2.509589e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 1.671452e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 1.107466e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 7.742757e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 5.185685e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 5.185685e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 3.591017e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 2.468612e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 1.634826e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 1.110694e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 7.268807e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 4.387355e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 2.542526e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 1.575751e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 1.002382e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 6.725324e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 4.551144e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 3.363724e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 2.632387e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 2.077333e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 1.542968e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 1.044544e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 6.439513e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 3.816255e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 2.297756e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 1.431319e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 9.230705e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 6.287011e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 3.978150e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 2.587219e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 1.386635e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 7.884739e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 4.655014e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 2.669792e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 1.499429e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 8.458519e-11; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= True ksp.its= 60 ksp.norm= 4.75525297106e-11 reason = 4
Newton it 1 norm(r) = 8.45843e-11 norm(r)/(rtol*norm(r0)+atol) = 8.45843e-03
SO_base modelStepTaken for model= poisson_3d_tetgen_c0p1pe16 t_system_last= 0.0 t_model_last= 0.0 setting to t_stepSequence= 1.0
Step Taken, t_stepSequence= 1.0 Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe16
SplitOperator_Min choose_dt_system t_system_last= 1.0 dt_system= 1.0 t_system= 2.0
Step Taken, System time step t= 2.00000e+00, dt= 1.00000e+00
Step Taken, Model step t= 2.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe16
Writing mesh header for model = poisson_3d_tetgen_c0p1pe16 at time t=1.0
Writing solution for model = poisson_3d_tetgen_c0p1pe16
Syncing Archive
Syncing Archive
Finished calculating solution
Closing solution archive for poisson_3d_tetgen_c0p1pe16
Closing Archive
Done Closing Archive
Gathering Archive
Done Gathering Archive
Mesh generated using: tetgen -q30DenA meshNoVessel.poly
Initializing NumericalSolution for poisson_3d_tetgen_c0p2pe16
System includes:
poisson_3d_tetgen_c0p2pe16
Setting Archiver(s)
Setting up MultilevelMesh
Building one multilevel mesh for all models
Generating mesh for poisson_3d_tetgen_c0p2pe16
Running tetgen to generate 3D mesh for poisson_3d_tetgen_c0p2pe16
Calling tetgen on rank 0 with command tetgen -VApq1.35q12feena1.666667e-04 meshNoVessel.poly
Opening meshNoVessel.poly.
Constructing Delaunay tetrahedralization.
Sorting vertices by a bsp-tree.
Number of tree nodes: 2.
Maximum tree node size: 4.
Maximum tree depth: 0.
Incrementally inserting vertices.
Delaunay seconds: 0
Creating surface mesh.
Unifying segments.
Merging coplanar facets.
Marking acute vertices.
Recovering boundaries.
Delaunizing segments.
0 protecting points.
Constraining facets.
1 subedge flips.
0 cavities remeshed.
Boundary recovery seconds: 0
Removing exterior tetrahedra.
Hole seconds: 0
Repairing mesh.
Repair seconds: 0
Adding Steiner points to enforce quality.
Marking sharp segments.
Deciding feature-point sizes.
0 split points.
0 split points.
Splitting bad tetrahedra.
2505 refinement points.
Totally added 2505 points.
Quality seconds: 0.37
Optimizing mesh.
level = 3.
Optimize seconds: 0.02
Writing meshNoVessel.1.node.
Writing meshNoVessel.1.ele.
Writing meshNoVessel.1.face.
Writing meshNoVessel.1.edge.
Writing meshNoVessel.1.neigh.
Output seconds: 0.14
Total running seconds: 0.53
Statistics:
Input points: 8
Input facets: 6
Input segments: 12
Input holes: 0
Input regions: 1
Mesh points: 2513
Mesh tetrahedra: 12416
Mesh faces: 25867
Mesh edges: 15963
Mesh boundary faces: 2070
Mesh boundary edges: 165
Mesh quality statistics:
Child returned 0
Smallest volume: 9.6828e-06 | Largest volume: 0.00016665
Shortest edge: 0.042133 | Longest edge: 0.16027
Smallest aspect ratio: 1.2391 | Largest aspect ratio: 8.9487
Smallest facangle: 22.204 | Largest facangle: 126.6316
Smallest dihedral: 12.035 | Largest dihedral: 162.3318
Aspect ratio histogram:
< 1.5 : 523 | 6 - 10 : 61
1.5 - 2 : 5141 | 10 - 15 : 0
2 - 2.5 : 4089 | 15 - 25 : 0
2.5 - 3 : 1453 | 25 - 50 : 0
3 - 4 : 788 | 50 - 100 : 0
4 - 6 : 361 | 100 - : 0
(A tetrahedron's aspect ratio is its longest edge length divided by its
smallest side height)
Face angle histogram:
0 - 10 degrees: 0 | 90 - 100 degrees: 2932
10 - 20 degrees: 0 | 100 - 110 degrees: 864
20 - 30 degrees: 486 | 110 - 120 degrees: 125
30 - 40 degrees: 6158 | 120 - 130 degrees: 9
40 - 50 degrees: 12539 | 130 - 140 degrees: 0
50 - 60 degrees: 6684 | 140 - 150 degrees: 0
60 - 70 degrees: 5804 | 150 - 160 degrees: 0
70 - 80 degrees: 9717 | 160 - 170 degrees: 0
80 - 90 degrees: 6416 | 170 - 180 degrees: 0
Minimum input face angle is 90 (degree).
Dihedral angle histogram:
0 - 5 degrees: 0 | 80 - 110 degrees: 8394
5 - 10 degrees: 0 | 110 - 120 degrees: 1585
10 - 20 degrees: 335 | 120 - 130 degrees: 986
20 - 30 degrees: 920 | 130 - 140 degrees: 600
30 - 40 degrees: 2410 | 140 - 150 degrees: 365
40 - 50 degrees: 4360 | 150 - 160 degrees: 223
50 - 60 degrees: 3729 | 160 - 170 degrees: 14
60 - 70 degrees: 662 | 170 - 175 degrees: 0
70 - 80 degrees: 249 | 175 - 180 degrees: 0
Minimum input facet dihedral angle is 90 (degree).
Done running tetgen
Initializing mesh and MultilevelMesh
Generating tetrahedral mesh
Generating partitioned mesh from Tetgen files
cmeshTools.CMultilevelMesh
buildFromC
partitionMesh
Partitioning mesh among 16 processors using partitioningType = 1
Number of Subdomain Elements Owned= 965
Number of Subdomain Elements = 965
Number of Subdomain Nodes Owned= 155
Number of Subdomain Nodes = 266
Number of Subdomain elementBoundaries Owned= 1933
Number of Subdomain elementBoundaries = 2119
Number of Subdomain Edges Owned= 1123
Number of Subdomain Edges = 1419
Finished partitioning
*** Global ***
Number of tetrahedra : 12416
Number of triangles : 25867
Number of edges : 15963
Number of nodes : 2513
max(sigma_k) : 0
min(h_k) : 0
*** Local ***
Number of tetrahedra : 965
Number of triangles : 2119
Number of edges : 1419
Number of nodes : 266
max(sigma_k) : 15
min(h_k) : 0
Setting up MultilevelTransport for poisson_3d_tetgen_c0p2pe16
Building Transport for each mesh
Generating Trial Space
Generating Test Space
Allocating u
Allocating phi
Setting Boundary Conditions
Setting Boundary Conditions-1
Setting Boundary Conditions-2
Setting Boundary Conditions-2a
Setting Boundary Conditions-3
Setting Boundary Conditions-4
Initializing OneLevelTransport
Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Shallow copy of trial shape is being used for test shape w
Shallow copy of trial shape is being used for test shape grad(w)
Shallow copy of trial shape is being used for test shape w
Updating local to global mappings
Building time integration object
Calculating numerical quadrature formulas
Element Quadrature
Element Boundary Quadrature
Global Exterior Element Boundary Quadrature
Allocating residual and solution vectors
Allocating Jacobian
Building sparse matrix structure
Allocating parallel storage
Allocating ghosted parallel vectors on rank 0
Allocating un-ghosted parallel vectors on rank 0
Allocating matrix on rank 0
ParMat_petsc4py comm.rank= 0 blockSize = 1 par_n= 1278 par_N=18476 par_nghost=407 par_jacobian.getSizes()= ((1278, 18476), (1278, 18476))
Building Mesh Transfers
Setting poisson_3d_tetgen_c0p2pe16 stepController to proteus.StepControl.SC_base
Setting up MultilevelLinearSolver forpoisson_3d_tetgen_c0p2pe16
multilevelLinearSolverChooser type= proteus.LinearSolvers.KSP_petsc4py
Setting up MultilevelNonLinearSolver for poisson_3d_tetgen_c0p2pe16
Finished setting up models and solvers
Setting up SimTools for poisson_3d_tetgen_c0p2pe16
Building tnList from model = poisson_3d_tetgen_c0p2pe16 nDTout = 1
Time sequence[0.0, 1.0]
Setting poisson_3d_tetgen_c0p2pe16 systemStepController to object of type proteus.SplitOperator.Sequential_MinModelStep
Finished NumericalSolution initialization
Setting initial conditions
No initial conditions provided for model poisson_3d_tetgen_c0p2pe16
Attaching models and running spin-up step if requested
Archiving initial conditions
Writing initial mesh for model = poisson_3d_tetgen_c0p2pe16
Writing initial conditions for model = poisson_3d_tetgen_c0p2pe16
Estimating initial time derivative and initializing time history for model poisson_3d_tetgen_c0p2pe16
Choosing initial time step for model poisson_3d_tetgen_c0p2pe16
Initializing time step on model poisson_3d_tetgen_c0p2pe16 to dt = 1.00000e+00
Initializing time history for model step controller
Auxiliary variable calculations for model poisson_3d_tetgen_c0p2pe16
Syncing Archive
Initializing time step on system Default System to dt = 1.00000e+00
Initializing step sequence for system Default System to [(1.0, <proteus.Transport.MultilevelTransport instance at 0x26da680>)]
Starting time stepping
==============================================================
Solving over interval [ 0.00000e+00, 1.00000e+00]
==============================================================
===========================================================dt system orig1.0
=========================================================dt system final1.0
System time step t= 1.00000e+00, dt= 1.00000e+00
Split operator iteration 0
Model: poisson_3d_tetgen_c0p2pe16
Fractional step 1.00000e+00 for model poisson_3d_tetgen_c0p2pe16
Step exact called for model poisson_3d_tetgen_c0p2pe16
StepControl base stepExact t_model= 1.0 tOut= 1.0 t_model_last= 0.0 dt_model= 1.0 setting to 1.0
Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe16
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe16
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe16 model.timeIntegration.t= 1.00000e+00
Newton it 0 norm(r) = 2.48694e+00 norm(r)/(rtol*norm(r0)+atol) = 2.48694e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 0 ksp.norm= 0.0
KSP it 0 norm(r) = 2.486943e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 6.378940e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 6.472827e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 5.503928e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 4.829677e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 4.184581e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 3.647958e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 3.341384e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 3.180809e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 2.965214e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 2.718342e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 2.466582e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 2.224615e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 2.083860e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 2.076982e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 2.009094e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 1.849505e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 1.687160e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 1.475712e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 1.352064e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 1.235784e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 1.135950e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 1.026266e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 9.341881e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 8.553443e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 7.920465e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 7.118009e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 6.389796e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 5.847022e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 5.390359e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 4.726394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 4.726394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 4.408972e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 4.097116e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 3.755163e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 3.524208e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 3.237863e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 3.017874e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 2.854849e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 2.721805e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 2.606258e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 2.522810e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 2.456005e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 2.335972e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 2.184938e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 2.025993e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 1.926391e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 1.881923e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 1.816291e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 1.649071e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 1.441493e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 1.272979e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 1.121281e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 9.289040e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 7.726961e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 6.358357e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 5.455703e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 4.351734e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 3.364544e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 2.794051e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 2.124410e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.646142e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.646142e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 1.434994e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 1.294348e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 63 norm(r) = 1.172789e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 64 norm(r) = 9.776630e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 65 norm(r) = 8.395531e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 66 norm(r) = 7.709860e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 67 norm(r) = 7.210111e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 68 norm(r) = 6.628159e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 69 norm(r) = 5.888045e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 70 norm(r) = 5.162134e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 71 norm(r) = 4.633793e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 72 norm(r) = 4.080318e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 73 norm(r) = 3.617195e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 74 norm(r) = 3.374382e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 75 norm(r) = 3.316273e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 76 norm(r) = 3.162554e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 77 norm(r) = 2.875985e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 78 norm(r) = 2.477621e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 79 norm(r) = 2.137323e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 80 norm(r) = 1.884462e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 81 norm(r) = 1.632853e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 82 norm(r) = 1.391873e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 83 norm(r) = 1.238198e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 84 norm(r) = 1.127674e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 85 norm(r) = 1.027006e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 86 norm(r) = 9.229318e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 87 norm(r) = 8.467183e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 88 norm(r) = 7.839564e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 89 norm(r) = 7.247637e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.529800e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.529800e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 91 norm(r) = 6.161219e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 92 norm(r) = 5.981957e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 93 norm(r) = 5.718312e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 94 norm(r) = 5.414507e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 95 norm(r) = 5.078560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 96 norm(r) = 4.773654e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 97 norm(r) = 4.390351e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 98 norm(r) = 4.076825e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 99 norm(r) = 3.798772e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 100 norm(r) = 3.564297e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 101 norm(r) = 3.346460e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 102 norm(r) = 3.156411e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 103 norm(r) = 2.983757e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 104 norm(r) = 2.905980e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 105 norm(r) = 2.718236e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 106 norm(r) = 2.436643e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 107 norm(r) = 2.121515e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 108 norm(r) = 1.861409e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 109 norm(r) = 1.649123e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 110 norm(r) = 1.479606e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 111 norm(r) = 1.343074e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 112 norm(r) = 1.207326e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 113 norm(r) = 1.061119e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 114 norm(r) = 9.558674e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 115 norm(r) = 8.357743e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 116 norm(r) = 7.215988e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 117 norm(r) = 5.725986e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 118 norm(r) = 4.924629e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 119 norm(r) = 3.798857e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 3.049318e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 3.049318e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 121 norm(r) = 2.720294e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 122 norm(r) = 2.504135e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 123 norm(r) = 2.280773e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 124 norm(r) = 2.088028e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 125 norm(r) = 1.811793e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 126 norm(r) = 1.601055e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 127 norm(r) = 1.440070e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 128 norm(r) = 1.284081e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 129 norm(r) = 1.178555e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 130 norm(r) = 1.123677e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 131 norm(r) = 1.097081e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 132 norm(r) = 1.016186e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 133 norm(r) = 9.066873e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 134 norm(r) = 8.028698e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 135 norm(r) = 7.268174e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 136 norm(r) = 6.898900e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 137 norm(r) = 6.395791e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 138 norm(r) = 5.895896e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 139 norm(r) = 5.275858e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 140 norm(r) = 4.698109e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 141 norm(r) = 4.103466e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 142 norm(r) = 3.554437e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 143 norm(r) = 3.163551e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 144 norm(r) = 2.792097e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 145 norm(r) = 2.503745e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 146 norm(r) = 2.325676e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 147 norm(r) = 2.131396e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 148 norm(r) = 1.969945e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 149 norm(r) = 1.790796e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 1.661065e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 1.661065e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 151 norm(r) = 1.607467e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 152 norm(r) = 1.544514e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 153 norm(r) = 1.434212e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 154 norm(r) = 1.344241e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 155 norm(r) = 1.260675e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 156 norm(r) = 1.185468e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 157 norm(r) = 1.093888e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 158 norm(r) = 1.015255e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 159 norm(r) = 9.348426e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 160 norm(r) = 8.668010e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 161 norm(r) = 8.212707e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 162 norm(r) = 8.051578e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 163 norm(r) = 7.829313e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 164 norm(r) = 7.358072e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 165 norm(r) = 6.835776e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 166 norm(r) = 6.223277e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 167 norm(r) = 5.684576e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 168 norm(r) = 5.342717e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 169 norm(r) = 4.796064e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 170 norm(r) = 4.292244e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 171 norm(r) = 3.902872e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 172 norm(r) = 3.538584e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 173 norm(r) = 3.232727e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 174 norm(r) = 2.894677e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 175 norm(r) = 2.612460e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 176 norm(r) = 2.317270e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 177 norm(r) = 1.963875e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 178 norm(r) = 1.612525e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 179 norm(r) = 1.333017e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 1.113312e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 1.113312e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 181 norm(r) = 1.037573e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 182 norm(r) = 9.701805e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 183 norm(r) = 8.638397e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 184 norm(r) = 8.033443e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 185 norm(r) = 6.906805e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 186 norm(r) = 6.289533e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 187 norm(r) = 5.688109e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 188 norm(r) = 5.212768e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 189 norm(r) = 4.840525e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 190 norm(r) = 4.721229e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 191 norm(r) = 4.671258e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 192 norm(r) = 4.327484e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 193 norm(r) = 3.924616e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 194 norm(r) = 3.544392e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 195 norm(r) = 3.256832e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 196 norm(r) = 3.050943e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 197 norm(r) = 2.761072e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 198 norm(r) = 2.474461e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 199 norm(r) = 2.166095e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 200 norm(r) = 1.960263e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 201 norm(r) = 1.809439e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 202 norm(r) = 1.622997e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 203 norm(r) = 1.499962e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 204 norm(r) = 1.389539e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 205 norm(r) = 1.295025e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 206 norm(r) = 1.202738e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 207 norm(r) = 1.082059e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 208 norm(r) = 9.945968e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 209 norm(r) = 9.178442e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 8.044880e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 8.044880e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 211 norm(r) = 7.731213e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 212 norm(r) = 7.407444e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 213 norm(r) = 6.995835e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 214 norm(r) = 6.746694e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 215 norm(r) = 6.122495e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 216 norm(r) = 5.570042e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 217 norm(r) = 5.203664e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 218 norm(r) = 4.871150e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 219 norm(r) = 4.595690e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 220 norm(r) = 4.226477e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 221 norm(r) = 4.006643e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 222 norm(r) = 3.834039e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 223 norm(r) = 3.693487e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 224 norm(r) = 3.498393e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 225 norm(r) = 3.275793e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 226 norm(r) = 3.066808e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 227 norm(r) = 2.914049e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 228 norm(r) = 2.809373e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 229 norm(r) = 2.577706e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 230 norm(r) = 2.314052e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 231 norm(r) = 2.069844e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 232 norm(r) = 1.795878e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 233 norm(r) = 1.600887e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 234 norm(r) = 1.445731e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 235 norm(r) = 1.286822e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 236 norm(r) = 1.166321e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 237 norm(r) = 1.035883e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 238 norm(r) = 8.970657e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 239 norm(r) = 7.039682e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 5.852927e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 5.852927e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 241 norm(r) = 5.519759e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 242 norm(r) = 5.148279e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 243 norm(r) = 4.528584e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 244 norm(r) = 4.255308e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 245 norm(r) = 3.626613e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 246 norm(r) = 3.309971e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 247 norm(r) = 3.030961e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 248 norm(r) = 2.759676e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 249 norm(r) = 2.569067e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 250 norm(r) = 2.464824e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 251 norm(r) = 2.419087e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 252 norm(r) = 2.277810e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 253 norm(r) = 2.077256e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 254 norm(r) = 1.883446e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 255 norm(r) = 1.720217e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 256 norm(r) = 1.600247e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 257 norm(r) = 1.473636e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 258 norm(r) = 1.376963e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 259 norm(r) = 1.243029e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 260 norm(r) = 1.133302e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 261 norm(r) = 1.059923e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 262 norm(r) = 9.819022e-11; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= True ksp.its= 262 ksp.norm= 1.36466175162e-10 reason = 4
Newton it 1 norm(r) = 9.81905e-11 norm(r)/(rtol*norm(r0)+atol) = 9.81905e-03
SO_base modelStepTaken for model= poisson_3d_tetgen_c0p2pe16 t_system_last= 0.0 t_model_last= 0.0 setting to t_stepSequence= 1.0
Step Taken, t_stepSequence= 1.0 Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe16
SplitOperator_Min choose_dt_system t_system_last= 1.0 dt_system= 1.0 t_system= 2.0
Step Taken, System time step t= 2.00000e+00, dt= 1.00000e+00
Step Taken, Model step t= 2.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe16
Writing mesh header for model = poisson_3d_tetgen_c0p2pe16 at time t=1.0
Writing solution for model = poisson_3d_tetgen_c0p2pe16
Syncing Archive
Syncing Archive
Finished calculating solution
Closing solution archive for poisson_3d_tetgen_c0p2pe16
Closing Archive
Done Closing Archive
Gathering Archive
Done Gathering Archive
Closing Log
Application 22407617 resources: utime ~147s, stime ~18s
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
testing poisson 32 way on 16 nodes
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Mesh generated using: tetgen -q30DenA meshNoVessel.poly
Initializing NumericalSolution for poisson_3d_tetgen_c0p1pe512
System includes:
poisson_3d_tetgen_c0p1pe512
Setting Archiver(s)
Setting up MultilevelMesh
Building one multilevel mesh for all models
Generating mesh for poisson_3d_tetgen_c0p1pe512
Running tetgen to generate 3D mesh for poisson_3d_tetgen_c0p1pe512
Calling tetgen on rank 0 with command tetgen -VApq1.35q12feena1.666667e-04 meshNoVessel.poly
Opening meshNoVessel.poly.
Constructing Delaunay tetrahedralization.
Sorting vertices by a bsp-tree.
Number of tree nodes: 2.
Maximum tree node size: 4.
Maximum tree depth: 0.
Incrementally inserting vertices.
Delaunay seconds: 0
Creating surface mesh.
Unifying segments.
Merging coplanar facets.
Marking acute vertices.
Recovering boundaries.
Delaunizing segments.
0 protecting points.
Constraining facets.
1 subedge flips.
0 cavities remeshed.
Boundary recovery seconds: 0
Removing exterior tetrahedra.
Hole seconds: 0
Repairing mesh.
Repair seconds: 0
Adding Steiner points to enforce quality.
Marking sharp segments.
Deciding feature-point sizes.
0 split points.
0 split points.
Splitting bad tetrahedra.
2505 refinement points.
Totally added 2505 points.
Quality seconds: 0.41
Optimizing mesh.
level = 3.
Optimize seconds: 0.03
Writing meshNoVessel.1.node.
Writing meshNoVessel.1.ele.
Writing meshNoVessel.1.face.
Writing meshNoVessel.1.edge.
Writing meshNoVessel.1.neigh.
Output seconds: 0.14
Total running seconds: 0.58
Statistics:
Input points: 8
Input facets: 6
Input segments: 12
Input holes: 0
Input regions: 1
Mesh points: 2513
Mesh tetrahedra: 12416
Mesh faces: 25867
Mesh edges: 15963
Mesh boundary faces: 2070
Mesh boundary edges: 165
Mesh quality statistics:
Child returned 0
Smallest volume: 9.6828e-06 | Largest volume: 0.00016665
Shortest edge: 0.042133 | Longest edge: 0.16027
Smallest aspect ratio: 1.2391 | Largest aspect ratio: 8.9487
Smallest facangle: 22.204 | Largest facangle: 126.6316
Smallest dihedral: 12.035 | Largest dihedral: 162.3318
Aspect ratio histogram:
< 1.5 : 523 | 6 - 10 : 61
1.5 - 2 : 5141 | 10 - 15 : 0
2 - 2.5 : 4089 | 15 - 25 : 0
2.5 - 3 : 1453 | 25 - 50 : 0
3 - 4 : 788 | 50 - 100 : 0
4 - 6 : 361 | 100 - : 0
(A tetrahedron's aspect ratio is its longest edge length divided by its
smallest side height)
Face angle histogram:
0 - 10 degrees: 0 | 90 - 100 degrees: 2932
10 - 20 degrees: 0 | 100 - 110 degrees: 864
20 - 30 degrees: 486 | 110 - 120 degrees: 125
30 - 40 degrees: 6158 | 120 - 130 degrees: 9
40 - 50 degrees: 12539 | 130 - 140 degrees: 0
50 - 60 degrees: 6684 | 140 - 150 degrees: 0
60 - 70 degrees: 5804 | 150 - 160 degrees: 0
70 - 80 degrees: 9717 | 160 - 170 degrees: 0
80 - 90 degrees: 6416 | 170 - 180 degrees: 0
Minimum input face angle is 90 (degree).
Dihedral angle histogram:
0 - 5 degrees: 0 | 80 - 110 degrees: 8394
5 - 10 degrees: 0 | 110 - 120 degrees: 1585
10 - 20 degrees: 335 | 120 - 130 degrees: 986
20 - 30 degrees: 920 | 130 - 140 degrees: 600
30 - 40 degrees: 2410 | 140 - 150 degrees: 365
40 - 50 degrees: 4360 | 150 - 160 degrees: 223
50 - 60 degrees: 3729 | 160 - 170 degrees: 14
60 - 70 degrees: 662 | 170 - 175 degrees: 0
70 - 80 degrees: 249 | 175 - 180 degrees: 0
Minimum input facet dihedral angle is 90 (degree).
Done running tetgen
Initializing mesh and MultilevelMesh
Generating tetrahedral mesh
Generating partitioned mesh from Tetgen files
cmeshTools.CMultilevelMesh
buildFromC
partitionMesh
Partitioning mesh among 512 processors using partitioningType = 1
Number of Subdomain Elements Owned= 22
Number of Subdomain Elements = 22
Number of Subdomain Nodes Owned= 5
Number of Subdomain Nodes = 17
Number of Subdomain elementBoundaries Owned= 46
Number of Subdomain elementBoundaries = 59
Number of Subdomain Edges Owned= 29
Number of Subdomain Edges = 53
Finished partitioning
*** Global ***
Number of tetrahedra : 12416
Number of triangles : 25867
Number of edges : 15963
Number of nodes : 2513
max(sigma_k) : 0
min(h_k) : 0
*** Local ***
Number of tetrahedra : 22
Number of triangles : 59
Number of edges : 53
Number of nodes : 17
max(sigma_k) : 6
min(h_k) : 0
Numerical Solution Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Setting up MultilevelTransport for poisson_3d_tetgen_c0p1pe512
Building Transport for each mesh
Generating Trial Space
Generating Test Space
Allocating u
Allocating phi
Setting Boundary Conditions
Setting Boundary Conditions-1
Setting Boundary Conditions-2
Setting Boundary Conditions-2a
Setting Boundary Conditions-3
Setting Boundary Conditions-4
Initializing OneLevelTransport
Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Shallow copy of trial shape is being used for test shape w
Shallow copy of trial shape is being used for test shape grad(w)
Shallow copy of trial shape is being used for test shape w
Updating local to global mappings
Building time integration object
Calculating numerical quadrature formulas
Element Quadrature
Element Boundary Quadrature
Global Exterior Element Boundary Quadrature
Allocating residual and solution vectors
Allocating Jacobian
Building sparse matrix structure
Allocating parallel storage
Allocating ghosted parallel vectors on rank 0
Allocating un-ghosted parallel vectors on rank 0
Allocating matrix on rank 0
ParMat_petsc4py comm.rank= 0 blockSize = 1 par_n= 5 par_N=2513 par_nghost=12 par_jacobian.getSizes()= ((5, 2513), (5, 2513))
Building Mesh Transfers
Setting poisson_3d_tetgen_c0p1pe512 stepController to proteus.StepControl.SC_base
Setting up MultilevelLinearSolver forpoisson_3d_tetgen_c0p1pe512
multilevelLinearSolverChooser type= proteus.LinearSolvers.KSP_petsc4py
Setting up MultilevelNonLinearSolver for poisson_3d_tetgen_c0p1pe512
Finished setting up models and solvers
Setting up SimTools for poisson_3d_tetgen_c0p1pe512
Building tnList from model = poisson_3d_tetgen_c0p1pe512 nDTout = 1
Time sequence[0.0, 1.0]
Setting poisson_3d_tetgen_c0p1pe512 systemStepController to object of type proteus.SplitOperator.Sequential_MinModelStep
Finished NumericalSolution initialization
Setting initial conditions
No initial conditions provided for model poisson_3d_tetgen_c0p1pe512
Attaching models and running spin-up step if requested
Archiving initial conditions
Writing initial mesh for model = poisson_3d_tetgen_c0p1pe512
Writing initial conditions for model = poisson_3d_tetgen_c0p1pe512
Estimating initial time derivative and initializing time history for model poisson_3d_tetgen_c0p1pe512
Choosing initial time step for model poisson_3d_tetgen_c0p1pe512
Initializing time step on model poisson_3d_tetgen_c0p1pe512 to dt = 1.00000e+00
Initializing time history for model step controller
Auxiliary variable calculations for model poisson_3d_tetgen_c0p1pe512
Syncing Archive
Initializing time step on system Default System to dt = 1.00000e+00
Initializing step sequence for system Default System to [(1.0, <proteus.Transport.MultilevelTransport instance at 0x17955f0>)]
Starting time stepping
==============================================================
Solving over interval [ 0.00000e+00, 1.00000e+00]
==============================================================
===========================================================dt system orig1.0
=========================================================dt system final1.0
System time step t= 1.00000e+00, dt= 1.00000e+00
Split operator iteration 0
Model: poisson_3d_tetgen_c0p1pe512
Fractional step 1.00000e+00 for model poisson_3d_tetgen_c0p1pe512
Step exact called for model poisson_3d_tetgen_c0p1pe512
StepControl base stepExact t_model= 1.0 tOut= 1.0 t_model_last= 0.0 dt_model= 1.0 setting to 1.0
Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe512
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe512
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe512 model.timeIntegration.t= 1.00000e+00
Newton it 0 norm(r) = 4.22071e+00 norm(r)/(rtol*norm(r0)+atol) = 4.22071e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 0 ksp.norm= 0.0
KSP it 0 norm(r) = 4.220711e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 6.155525e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 6.488685e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 6.515626e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 6.519748e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 5.921724e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 4.936846e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 4.210778e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 3.482489e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 2.917994e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 2.461991e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 2.126305e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 1.840403e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 1.558992e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 1.337157e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 1.128749e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 9.414272e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 7.756902e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 6.383297e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 5.059852e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 3.856480e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 2.920414e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 2.169444e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 1.578514e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 1.178214e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 9.189221e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 7.234928e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 5.708668e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 4.449540e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 3.413740e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.455571e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.455571e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 2.074647e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 1.584271e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 1.225249e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 9.612319e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 7.359887e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 5.522911e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 4.100019e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 3.080920e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 2.381111e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 1.810977e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 1.400397e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 1.107041e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 8.170283e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 6.024244e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 4.757950e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 3.933224e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 3.381407e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 2.972878e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 2.635987e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 2.283635e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 1.956273e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 1.665317e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 1.311828e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 1.009921e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 7.632969e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 6.007644e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 4.610294e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 3.685869e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 2.851290e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 2.235240e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 2.235240e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 1.985887e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 1.631325e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 63 norm(r) = 1.297229e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 64 norm(r) = 1.045019e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 65 norm(r) = 8.363680e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 66 norm(r) = 6.747768e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 67 norm(r) = 5.352502e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 68 norm(r) = 4.295972e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 69 norm(r) = 3.550356e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 70 norm(r) = 2.944144e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 71 norm(r) = 2.443544e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 72 norm(r) = 2.013958e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 73 norm(r) = 1.673904e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 74 norm(r) = 1.371867e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 75 norm(r) = 1.145825e-06; atol=1.000000e-10 rtol=0.000000e+00
KSP it 76 norm(r) = 9.451319e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 77 norm(r) = 8.130823e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 78 norm(r) = 6.797671e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 79 norm(r) = 5.614801e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 80 norm(r) = 4.637229e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 81 norm(r) = 3.855759e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 82 norm(r) = 3.041555e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 83 norm(r) = 2.394266e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 84 norm(r) = 1.773057e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 85 norm(r) = 1.307865e-07; atol=1.000000e-10 rtol=0.000000e+00
KSP it 86 norm(r) = 9.402983e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 87 norm(r) = 6.595422e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 88 norm(r) = 4.729244e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 89 norm(r) = 3.232465e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 2.298013e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 2.298013e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 91 norm(r) = 1.890559e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 92 norm(r) = 1.338524e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 93 norm(r) = 1.000707e-08; atol=1.000000e-10 rtol=0.000000e+00
KSP it 94 norm(r) = 7.469626e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 95 norm(r) = 5.867703e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 96 norm(r) = 4.580714e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 97 norm(r) = 3.660212e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 98 norm(r) = 2.885060e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 99 norm(r) = 2.274837e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 100 norm(r) = 1.739385e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 101 norm(r) = 1.347740e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 102 norm(r) = 1.032915e-09; atol=1.000000e-10 rtol=0.000000e+00
KSP it 103 norm(r) = 7.636044e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 104 norm(r) = 5.818310e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 105 norm(r) = 4.386722e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 106 norm(r) = 3.238810e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 107 norm(r) = 2.353448e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 108 norm(r) = 1.804426e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 109 norm(r) = 1.405911e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 110 norm(r) = 1.097122e-10; atol=1.000000e-10 rtol=0.000000e+00
KSP it 111 norm(r) = 8.646906e-11; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= True ksp.its= 111 ksp.norm= 3.29125161035e-11 reason = 4
Newton it 1 norm(r) = 8.64676e-11 norm(r)/(rtol*norm(r0)+atol) = 8.64676e-03
SO_base modelStepTaken for model= poisson_3d_tetgen_c0p1pe512 t_system_last= 0.0 t_model_last= 0.0 setting to t_stepSequence= 1.0
Step Taken, t_stepSequence= 1.0 Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe512
SplitOperator_Min choose_dt_system t_system_last= 1.0 dt_system= 1.0 t_system= 2.0
Step Taken, System time step t= 2.00000e+00, dt= 1.00000e+00
Step Taken, Model step t= 2.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p1pe512
Writing mesh header for model = poisson_3d_tetgen_c0p1pe512 at time t=1.0
Writing solution for model = poisson_3d_tetgen_c0p1pe512
Syncing Archive
Syncing Archive
Finished calculating solution
Closing solution archive for poisson_3d_tetgen_c0p1pe512
Closing Archive
Done Closing Archive
Gathering Archive
Done Gathering Archive
Mesh generated using: tetgen -q30DenA meshNoVessel.poly
Initializing NumericalSolution for poisson_3d_tetgen_c0p2pe512
System includes:
poisson_3d_tetgen_c0p2pe512
Setting Archiver(s)
Setting up MultilevelMesh
Building one multilevel mesh for all models
Generating mesh for poisson_3d_tetgen_c0p2pe512
Running tetgen to generate 3D mesh for poisson_3d_tetgen_c0p2pe512
Calling tetgen on rank 0 with command tetgen -VApq1.35q12feena1.666667e-04 meshNoVessel.poly
Opening meshNoVessel.poly.
Constructing Delaunay tetrahedralization.
Sorting vertices by a bsp-tree.
Number of tree nodes: 2.
Maximum tree node size: 4.
Maximum tree depth: 0.
Incrementally inserting vertices.
Delaunay seconds: 0
Creating surface mesh.
Unifying segments.
Merging coplanar facets.
Marking acute vertices.
Recovering boundaries.
Delaunizing segments.
0 protecting points.
Constraining facets.
1 subedge flips.
0 cavities remeshed.
Boundary recovery seconds: 0
Removing exterior tetrahedra.
Hole seconds: 0
Repairing mesh.
Repair seconds: 0
Adding Steiner points to enforce quality.
Marking sharp segments.
Deciding feature-point sizes.
0 split points.
0 split points.
Splitting bad tetrahedra.
2505 refinement points.
Totally added 2505 points.
Quality seconds: 0.38
Optimizing mesh.
level = 3.
Optimize seconds: 0.03
Writing meshNoVessel.1.node.
Writing meshNoVessel.1.ele.
Writing meshNoVessel.1.face.
Writing meshNoVessel.1.edge.
Writing meshNoVessel.1.neigh.
Output seconds: 0.14
Total running seconds: 0.55
Statistics:
Input points: 8
Input facets: 6
Input segments: 12
Input holes: 0
Input regions: 1
Mesh points: 2513
Mesh tetrahedra: 12416
Mesh faces: 25867
Mesh edges: 15963
Mesh boundary faces: 2070
Mesh boundary edges: 165
Mesh quality statistics:
Child returned 0
Smallest volume: 9.6828e-06 | Largest volume: 0.00016665
Shortest edge: 0.042133 | Longest edge: 0.16027
Smallest aspect ratio: 1.2391 | Largest aspect ratio: 8.9487
Smallest facangle: 22.204 | Largest facangle: 126.6316
Smallest dihedral: 12.035 | Largest dihedral: 162.3318
Aspect ratio histogram:
< 1.5 : 523 | 6 - 10 : 61
1.5 - 2 : 5141 | 10 - 15 : 0
2 - 2.5 : 4089 | 15 - 25 : 0
2.5 - 3 : 1453 | 25 - 50 : 0
3 - 4 : 788 | 50 - 100 : 0
4 - 6 : 361 | 100 - : 0
(A tetrahedron's aspect ratio is its longest edge length divided by its
smallest side height)
Face angle histogram:
0 - 10 degrees: 0 | 90 - 100 degrees: 2932
10 - 20 degrees: 0 | 100 - 110 degrees: 864
20 - 30 degrees: 486 | 110 - 120 degrees: 125
30 - 40 degrees: 6158 | 120 - 130 degrees: 9
40 - 50 degrees: 12539 | 130 - 140 degrees: 0
50 - 60 degrees: 6684 | 140 - 150 degrees: 0
60 - 70 degrees: 5804 | 150 - 160 degrees: 0
70 - 80 degrees: 9717 | 160 - 170 degrees: 0
80 - 90 degrees: 6416 | 170 - 180 degrees: 0
Minimum input face angle is 90 (degree).
Dihedral angle histogram:
0 - 5 degrees: 0 | 80 - 110 degrees: 8394
5 - 10 degrees: 0 | 110 - 120 degrees: 1585
10 - 20 degrees: 335 | 120 - 130 degrees: 986
20 - 30 degrees: 920 | 130 - 140 degrees: 600
30 - 40 degrees: 2410 | 140 - 150 degrees: 365
40 - 50 degrees: 4360 | 150 - 160 degrees: 223
50 - 60 degrees: 3729 | 160 - 170 degrees: 14
60 - 70 degrees: 662 | 170 - 175 degrees: 0
70 - 80 degrees: 249 | 175 - 180 degrees: 0
Minimum input facet dihedral angle is 90 (degree).
Done running tetgen
Initializing mesh and MultilevelMesh
Generating tetrahedral mesh
Generating partitioned mesh from Tetgen files
cmeshTools.CMultilevelMesh
buildFromC
partitionMesh
Partitioning mesh among 512 processors using partitioningType = 1
Number of Subdomain Elements Owned= 22
Number of Subdomain Elements = 22
Number of Subdomain Nodes Owned= 5
Number of Subdomain Nodes = 17
Number of Subdomain elementBoundaries Owned= 46
Number of Subdomain elementBoundaries = 59
Number of Subdomain Edges Owned= 29
Number of Subdomain Edges = 53
Finished partitioning
*** Global ***
Number of tetrahedra : 12416
Number of triangles : 25867
Number of edges : 15963
Number of nodes : 2513
max(sigma_k) : 0
min(h_k) : 0
*** Local ***
Number of tetrahedra : 22
Number of triangles : 59
Number of edges : 53
Number of nodes : 17
max(sigma_k) : 6
min(h_k) : 0
Setting up MultilevelTransport for poisson_3d_tetgen_c0p2pe512
Building Transport for each mesh
Generating Trial Space
Generating Test Space
Allocating u
Allocating phi
Setting Boundary Conditions
Setting Boundary Conditions-1
Setting Boundary Conditions-2
Setting Boundary Conditions-2a
Setting Boundary Conditions-3
Setting Boundary Conditions-4
Initializing OneLevelTransport
Sparse diffusion information key (0, 0) = (array([0, 3, 6, 9], dtype=int32), array([0, 1, 2, 0, 1, 2, 0, 1, 2], dtype=int32))
Shallow copy of trial shape is being used for test shape w
Shallow copy of trial shape is being used for test shape grad(w)
Shallow copy of trial shape is being used for test shape w
Updating local to global mappings
Building time integration object
Calculating numerical quadrature formulas
Element Quadrature
Element Boundary Quadrature
Global Exterior Element Boundary Quadrature
Allocating residual and solution vectors
Allocating Jacobian
Building sparse matrix structure
Allocating parallel storage
Allocating ghosted parallel vectors on rank 0
Allocating un-ghosted parallel vectors on rank 0
Allocating matrix on rank 0
ParMat_petsc4py comm.rank= 0 blockSize = 1 par_n= 34 par_N=18476 par_nghost=36 par_jacobian.getSizes()= ((34, 18476), (34, 18476))
Building Mesh Transfers
Setting poisson_3d_tetgen_c0p2pe512 stepController to proteus.StepControl.SC_base
Setting up MultilevelLinearSolver forpoisson_3d_tetgen_c0p2pe512
multilevelLinearSolverChooser type= proteus.LinearSolvers.KSP_petsc4py
Setting up MultilevelNonLinearSolver for poisson_3d_tetgen_c0p2pe512
Finished setting up models and solvers
Setting up SimTools for poisson_3d_tetgen_c0p2pe512
Building tnList from model = poisson_3d_tetgen_c0p2pe512 nDTout = 1
Time sequence[0.0, 1.0]
Setting poisson_3d_tetgen_c0p2pe512 systemStepController to object of type proteus.SplitOperator.Sequential_MinModelStep
Finished NumericalSolution initialization
Setting initial conditions
No initial conditions provided for model poisson_3d_tetgen_c0p2pe512
Attaching models and running spin-up step if requested
Archiving initial conditions
Writing initial mesh for model = poisson_3d_tetgen_c0p2pe512
Writing initial conditions for model = poisson_3d_tetgen_c0p2pe512
Estimating initial time derivative and initializing time history for model poisson_3d_tetgen_c0p2pe512
Choosing initial time step for model poisson_3d_tetgen_c0p2pe512
Initializing time step on model poisson_3d_tetgen_c0p2pe512 to dt = 1.00000e+00
Initializing time history for model step controller
Auxiliary variable calculations for model poisson_3d_tetgen_c0p2pe512
Syncing Archive
Initializing time step on system Default System to dt = 1.00000e+00
Initializing step sequence for system Default System to [(1.0, <proteus.Transport.MultilevelTransport instance at 0x2bf82d8>)]
Starting time stepping
==============================================================
Solving over interval [ 0.00000e+00, 1.00000e+00]
==============================================================
===========================================================dt system orig1.0
=========================================================dt system final1.0
System time step t= 1.00000e+00, dt= 1.00000e+00
Split operator iteration 0
Model: poisson_3d_tetgen_c0p2pe512
Fractional step 1.00000e+00 for model poisson_3d_tetgen_c0p2pe512
Step exact called for model poisson_3d_tetgen_c0p2pe512
StepControl base stepExact t_model= 1.0 tOut= 1.0 t_model_last= 0.0 dt_model= 1.0 setting to 1.0
Model step t= 1.00000e+00, dt= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe512
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe512
Model substep t= 1.00000e+00 for model poisson_3d_tetgen_c0p2pe512 model.timeIntegration.t= 1.00000e+00
Newton it 0 norm(r) = 2.48694e+00 norm(r)/(rtol*norm(r0)+atol) = 2.48694e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 0 ksp.norm= 0.0
KSP it 0 norm(r) = 2.486943e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 4.386747e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 3.764762e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 4.118068e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 5.342874e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 5.364993e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 6.582741e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 6.720489e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 6.899600e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 7.036575e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 6.570181e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 7.015713e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 6.883602e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 7.132092e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 7.067143e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 6.200014e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 6.218085e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 6.417449e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 6.497104e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 6.435190e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 6.422506e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 6.192405e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 5.707595e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 5.375631e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 4.996013e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 4.599236e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 4.200841e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 3.810233e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 3.439873e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 3.123453e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.832392e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.832392e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 2.731145e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 2.636028e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 2.630163e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 2.582334e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 2.544967e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 2.514014e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 2.502680e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 2.463512e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 2.431258e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 2.397505e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 2.346815e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 2.267196e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 2.194334e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 2.121429e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 2.112483e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 2.099913e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 2.022302e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 2.009406e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 2.011167e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 1.930884e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 1.860841e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 1.736437e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 1.606046e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 1.488827e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 1.384380e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 1.309955e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 1.237779e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 1.185100e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 1.155312e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.112545e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.112545e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 1.101193e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 1.087967e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 63 norm(r) = 1.086544e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 64 norm(r) = 1.085654e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 65 norm(r) = 1.082727e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 66 norm(r) = 1.081643e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 67 norm(r) = 1.078949e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 68 norm(r) = 1.080978e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 69 norm(r) = 1.081646e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 70 norm(r) = 1.078102e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 71 norm(r) = 1.026766e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 72 norm(r) = 9.899429e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 73 norm(r) = 9.760274e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 74 norm(r) = 9.561762e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 75 norm(r) = 9.530032e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 76 norm(r) = 9.483994e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 77 norm(r) = 9.291417e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 78 norm(r) = 9.190418e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 79 norm(r) = 9.025491e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 80 norm(r) = 8.535620e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 81 norm(r) = 8.383963e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 82 norm(r) = 8.331835e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 83 norm(r) = 8.325191e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 84 norm(r) = 8.221193e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 85 norm(r) = 8.078088e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 86 norm(r) = 7.951760e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 87 norm(r) = 7.797495e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 88 norm(r) = 7.408411e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 89 norm(r) = 6.988361e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.647567e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.647567e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 91 norm(r) = 6.579730e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 92 norm(r) = 6.536974e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 93 norm(r) = 6.486141e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 94 norm(r) = 6.476089e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 95 norm(r) = 6.469479e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 96 norm(r) = 6.466895e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 97 norm(r) = 6.445330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 98 norm(r) = 6.433891e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 99 norm(r) = 6.425510e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 100 norm(r) = 6.329217e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 101 norm(r) = 6.305694e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 102 norm(r) = 6.224416e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 103 norm(r) = 6.011469e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 104 norm(r) = 5.845630e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 105 norm(r) = 5.771375e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 106 norm(r) = 5.756726e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 107 norm(r) = 5.735813e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 108 norm(r) = 5.694329e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 109 norm(r) = 5.695605e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 110 norm(r) = 5.691553e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 111 norm(r) = 5.689691e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 112 norm(r) = 5.682743e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 113 norm(r) = 5.653494e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 114 norm(r) = 5.562400e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 115 norm(r) = 5.429186e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 116 norm(r) = 5.213739e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 117 norm(r) = 5.075004e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 118 norm(r) = 4.966395e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 119 norm(r) = 4.867877e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.766120e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.766120e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 121 norm(r) = 4.707115e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 122 norm(r) = 4.655677e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 123 norm(r) = 4.636401e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 124 norm(r) = 4.627117e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 125 norm(r) = 4.581021e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 126 norm(r) = 4.566611e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 127 norm(r) = 4.562326e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 128 norm(r) = 4.535260e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 129 norm(r) = 4.505552e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 130 norm(r) = 4.495265e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 131 norm(r) = 4.451766e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 132 norm(r) = 4.418570e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 133 norm(r) = 4.394083e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 134 norm(r) = 4.346243e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 135 norm(r) = 4.340814e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 136 norm(r) = 4.307037e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 137 norm(r) = 4.259232e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 138 norm(r) = 4.228302e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 139 norm(r) = 4.218140e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 140 norm(r) = 4.219674e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 141 norm(r) = 4.213976e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 142 norm(r) = 4.192660e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 143 norm(r) = 4.155252e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 144 norm(r) = 4.077745e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 145 norm(r) = 3.965659e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 146 norm(r) = 3.769532e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 147 norm(r) = 3.657598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 148 norm(r) = 3.584334e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 149 norm(r) = 3.513807e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 3.298330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 3.298330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 151 norm(r) = 3.242899e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 152 norm(r) = 3.225761e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 153 norm(r) = 3.222430e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 154 norm(r) = 3.213014e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 155 norm(r) = 3.212397e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 156 norm(r) = 3.234666e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 157 norm(r) = 3.170829e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 158 norm(r) = 3.103595e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 159 norm(r) = 3.099114e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 160 norm(r) = 3.067196e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 161 norm(r) = 3.027016e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 162 norm(r) = 2.993351e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 163 norm(r) = 2.965954e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 164 norm(r) = 2.942938e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 165 norm(r) = 2.923623e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 166 norm(r) = 2.890795e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 167 norm(r) = 2.868759e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 168 norm(r) = 2.858137e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 169 norm(r) = 2.854682e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 170 norm(r) = 2.855122e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 171 norm(r) = 2.848834e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 172 norm(r) = 2.822329e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 173 norm(r) = 2.783573e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 174 norm(r) = 2.761117e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 175 norm(r) = 2.741176e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 176 norm(r) = 2.708708e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 177 norm(r) = 2.619090e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 178 norm(r) = 2.519749e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 179 norm(r) = 2.459101e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.397318e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.397318e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 181 norm(r) = 2.389069e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 182 norm(r) = 2.383287e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 183 norm(r) = 2.383511e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 184 norm(r) = 2.382187e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 185 norm(r) = 2.386800e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 186 norm(r) = 2.384987e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 187 norm(r) = 2.362248e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 188 norm(r) = 2.336347e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 189 norm(r) = 2.338723e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 190 norm(r) = 2.324027e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 191 norm(r) = 2.311533e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 192 norm(r) = 2.294539e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 193 norm(r) = 2.244562e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 194 norm(r) = 2.205129e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 195 norm(r) = 2.193246e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 196 norm(r) = 2.190810e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 197 norm(r) = 2.181869e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 198 norm(r) = 2.176923e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 199 norm(r) = 2.177139e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 200 norm(r) = 2.170419e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 201 norm(r) = 2.157663e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 202 norm(r) = 2.146047e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 203 norm(r) = 2.122427e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 204 norm(r) = 2.079343e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 205 norm(r) = 2.042520e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 206 norm(r) = 1.990234e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 207 norm(r) = 1.947473e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 208 norm(r) = 1.879091e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 209 norm(r) = 1.818091e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 1.715844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 1.715844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 211 norm(r) = 1.704522e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 212 norm(r) = 1.694714e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 213 norm(r) = 1.692310e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 214 norm(r) = 1.690959e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 215 norm(r) = 1.698906e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 216 norm(r) = 1.696999e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 217 norm(r) = 1.676981e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 218 norm(r) = 1.669164e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 219 norm(r) = 1.669780e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 220 norm(r) = 1.650490e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 221 norm(r) = 1.626831e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 222 norm(r) = 1.602044e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 223 norm(r) = 1.580970e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 224 norm(r) = 1.561771e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 225 norm(r) = 1.558535e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 226 norm(r) = 1.548598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 227 norm(r) = 1.539499e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 228 norm(r) = 1.538854e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 229 norm(r) = 1.540635e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 230 norm(r) = 1.537203e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 231 norm(r) = 1.527718e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 232 norm(r) = 1.514512e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 233 norm(r) = 1.493909e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 234 norm(r) = 1.470668e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 235 norm(r) = 1.422817e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 236 norm(r) = 1.349097e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 237 norm(r) = 1.299210e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 238 norm(r) = 1.279234e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 239 norm(r) = 1.258782e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.217394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.217394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 241 norm(r) = 1.204279e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 242 norm(r) = 1.194163e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 243 norm(r) = 1.188150e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 244 norm(r) = 1.187690e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 245 norm(r) = 1.185942e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 246 norm(r) = 1.185780e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 247 norm(r) = 1.185284e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 248 norm(r) = 1.193920e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 249 norm(r) = 1.197278e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 250 norm(r) = 1.188215e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 251 norm(r) = 1.160782e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 252 norm(r) = 1.144842e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 253 norm(r) = 1.136292e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 254 norm(r) = 1.129578e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 255 norm(r) = 1.129697e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 256 norm(r) = 1.129888e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 257 norm(r) = 1.129728e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 258 norm(r) = 1.129686e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 259 norm(r) = 1.124562e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 260 norm(r) = 1.114029e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 261 norm(r) = 1.101084e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 262 norm(r) = 1.082114e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 263 norm(r) = 1.059319e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 264 norm(r) = 1.036546e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 265 norm(r) = 1.023515e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 266 norm(r) = 1.010598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 267 norm(r) = 9.983676e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 268 norm(r) = 9.579760e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 269 norm(r) = 9.132087e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 8.566019e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 8.566019e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 271 norm(r) = 8.475405e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 272 norm(r) = 8.436954e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 273 norm(r) = 8.433215e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 274 norm(r) = 8.374722e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 275 norm(r) = 8.368506e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 276 norm(r) = 8.332114e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 277 norm(r) = 8.271020e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 278 norm(r) = 8.175122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 279 norm(r) = 8.172681e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 280 norm(r) = 8.103416e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 281 norm(r) = 8.088885e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 282 norm(r) = 8.046575e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 283 norm(r) = 7.854107e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 284 norm(r) = 7.741799e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 285 norm(r) = 7.674335e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 286 norm(r) = 7.632847e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 287 norm(r) = 7.535698e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 288 norm(r) = 7.501856e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 289 norm(r) = 7.447167e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 290 norm(r) = 7.294207e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 291 norm(r) = 7.145442e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 292 norm(r) = 6.958074e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 293 norm(r) = 6.860273e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 294 norm(r) = 6.826460e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 295 norm(r) = 6.827501e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 296 norm(r) = 6.822458e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 297 norm(r) = 6.759495e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 298 norm(r) = 6.647487e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 299 norm(r) = 6.494337e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 6.285924e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 6.285924e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 301 norm(r) = 6.259389e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 302 norm(r) = 6.236701e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 303 norm(r) = 6.258496e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 304 norm(r) = 6.302889e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 305 norm(r) = 6.307542e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 306 norm(r) = 6.279180e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 307 norm(r) = 6.177280e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 308 norm(r) = 6.070531e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 309 norm(r) = 6.095355e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 310 norm(r) = 6.011728e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 311 norm(r) = 5.846745e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 312 norm(r) = 5.722967e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 313 norm(r) = 5.656958e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 314 norm(r) = 5.574707e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 315 norm(r) = 5.560228e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 316 norm(r) = 5.542987e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 317 norm(r) = 5.504683e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 318 norm(r) = 5.508319e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 319 norm(r) = 5.512639e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 320 norm(r) = 5.489679e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 321 norm(r) = 5.435441e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 322 norm(r) = 5.351264e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 323 norm(r) = 5.276209e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 324 norm(r) = 5.191645e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 325 norm(r) = 5.108607e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 326 norm(r) = 4.933646e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 327 norm(r) = 4.610152e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 328 norm(r) = 4.457147e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 329 norm(r) = 4.273654e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 4.100670e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 4.100670e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 331 norm(r) = 4.074131e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 332 norm(r) = 4.054152e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 333 norm(r) = 4.048465e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 334 norm(r) = 4.044003e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 335 norm(r) = 4.044602e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 336 norm(r) = 4.034111e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 337 norm(r) = 4.004959e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 338 norm(r) = 4.008708e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 339 norm(r) = 4.005740e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 340 norm(r) = 3.923982e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 341 norm(r) = 3.844726e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 342 norm(r) = 3.762217e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 343 norm(r) = 3.719282e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 344 norm(r) = 3.694254e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 345 norm(r) = 3.690260e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 346 norm(r) = 3.675760e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 347 norm(r) = 3.659265e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 348 norm(r) = 3.629044e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 349 norm(r) = 3.605981e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 350 norm(r) = 3.590956e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 351 norm(r) = 3.591141e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 352 norm(r) = 3.585158e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 353 norm(r) = 3.516097e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 354 norm(r) = 3.440009e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 355 norm(r) = 3.395939e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 356 norm(r) = 3.349333e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 357 norm(r) = 3.298823e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 358 norm(r) = 3.175262e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 359 norm(r) = 3.081428e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 2.998122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 2.998122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 361 norm(r) = 2.959687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 362 norm(r) = 2.934978e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 363 norm(r) = 2.922373e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 364 norm(r) = 2.921346e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 365 norm(r) = 2.909706e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 366 norm(r) = 2.907564e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 367 norm(r) = 2.892289e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 368 norm(r) = 2.877484e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 369 norm(r) = 2.867571e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 370 norm(r) = 2.843166e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 371 norm(r) = 2.814595e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 372 norm(r) = 2.797091e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 373 norm(r) = 2.780325e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 374 norm(r) = 2.754658e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 375 norm(r) = 2.754258e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 376 norm(r) = 2.738962e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 377 norm(r) = 2.714612e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 378 norm(r) = 2.705432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 379 norm(r) = 2.706062e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 380 norm(r) = 2.698372e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 381 norm(r) = 2.672129e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 382 norm(r) = 2.653355e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 383 norm(r) = 2.630081e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 384 norm(r) = 2.598534e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 385 norm(r) = 2.553914e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 386 norm(r) = 2.482958e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 387 norm(r) = 2.433214e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 388 norm(r) = 2.387733e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 389 norm(r) = 2.352925e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 2.286400e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 2.286400e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 391 norm(r) = 2.274354e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 392 norm(r) = 2.267279e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 393 norm(r) = 2.268755e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 394 norm(r) = 2.274630e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 395 norm(r) = 2.278276e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 396 norm(r) = 2.272687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 397 norm(r) = 2.241577e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 398 norm(r) = 2.214712e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 399 norm(r) = 2.217918e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 400 norm(r) = 2.184957e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 401 norm(r) = 2.147955e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 402 norm(r) = 2.116062e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 403 norm(r) = 2.087727e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 404 norm(r) = 2.064256e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 405 norm(r) = 2.062292e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 406 norm(r) = 2.045649e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 407 norm(r) = 2.033748e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 408 norm(r) = 2.029368e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 409 norm(r) = 2.030286e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 410 norm(r) = 2.025687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 411 norm(r) = 2.015100e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 412 norm(r) = 2.003567e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 413 norm(r) = 1.989534e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 414 norm(r) = 1.958781e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 415 norm(r) = 1.907282e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 416 norm(r) = 1.826845e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 417 norm(r) = 1.778349e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 418 norm(r) = 1.749897e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 419 norm(r) = 1.726443e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 1.670752e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 1.670752e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 421 norm(r) = 1.664111e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 422 norm(r) = 1.658873e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 423 norm(r) = 1.658397e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 424 norm(r) = 1.657259e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 425 norm(r) = 1.665278e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 426 norm(r) = 1.665767e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 427 norm(r) = 1.644539e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 428 norm(r) = 1.619259e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 429 norm(r) = 1.620244e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 430 norm(r) = 1.605599e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 431 norm(r) = 1.565941e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 432 norm(r) = 1.532290e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 433 norm(r) = 1.512695e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 434 norm(r) = 1.501665e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 435 norm(r) = 1.501850e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 436 norm(r) = 1.502379e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 437 norm(r) = 1.501021e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 438 norm(r) = 1.500300e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 439 norm(r) = 1.495727e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 440 norm(r) = 1.488891e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 441 norm(r) = 1.478188e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 442 norm(r) = 1.468993e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 443 norm(r) = 1.457350e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 444 norm(r) = 1.428839e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 445 norm(r) = 1.395166e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 446 norm(r) = 1.353844e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 447 norm(r) = 1.333464e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 448 norm(r) = 1.313457e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 449 norm(r) = 1.280223e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 450 norm(r) = 1.222432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 450 norm(r) = 1.222432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 451 norm(r) = 1.210439e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 452 norm(r) = 1.207031e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 453 norm(r) = 1.202298e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 454 norm(r) = 1.201204e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 455 norm(r) = 1.201089e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 456 norm(r) = 1.201071e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 457 norm(r) = 1.199165e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 458 norm(r) = 1.203831e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 459 norm(r) = 1.203860e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 460 norm(r) = 1.191467e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 461 norm(r) = 1.176895e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 462 norm(r) = 1.165888e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 463 norm(r) = 1.151870e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 464 norm(r) = 1.138433e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 465 norm(r) = 1.135907e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 466 norm(r) = 1.131136e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 467 norm(r) = 1.122411e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 468 norm(r) = 1.114185e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 469 norm(r) = 1.114244e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 470 norm(r) = 1.112015e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 471 norm(r) = 1.102682e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 472 norm(r) = 1.095951e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 473 norm(r) = 1.088640e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 474 norm(r) = 1.080210e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 475 norm(r) = 1.061734e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 476 norm(r) = 1.031328e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 477 norm(r) = 9.930930e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 478 norm(r) = 9.547409e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 479 norm(r) = 9.291886e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 480 norm(r) = 9.008118e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 480 norm(r) = 9.008118e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 481 norm(r) = 8.868159e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 482 norm(r) = 8.755042e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 483 norm(r) = 8.749774e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 484 norm(r) = 8.688915e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 485 norm(r) = 8.685182e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 486 norm(r) = 8.665363e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 487 norm(r) = 8.631129e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 488 norm(r) = 8.546678e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 489 norm(r) = 8.538321e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 490 norm(r) = 8.445913e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 491 norm(r) = 8.366687e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 492 norm(r) = 8.317108e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 493 norm(r) = 8.243057e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 494 norm(r) = 8.173738e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 495 norm(r) = 8.169297e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 496 norm(r) = 8.145720e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 497 norm(r) = 8.104963e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 498 norm(r) = 8.090885e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 499 norm(r) = 8.092152e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 500 norm(r) = 8.072160e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 501 norm(r) = 8.004774e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 502 norm(r) = 7.959183e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 503 norm(r) = 7.905527e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 504 norm(r) = 7.824028e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 505 norm(r) = 7.701149e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 506 norm(r) = 7.468816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 507 norm(r) = 7.300160e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 508 norm(r) = 7.149416e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 509 norm(r) = 7.053642e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 510 norm(r) = 6.887395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 510 norm(r) = 6.887395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 511 norm(r) = 6.852630e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 512 norm(r) = 6.829373e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 513 norm(r) = 6.827150e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 514 norm(r) = 6.822514e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 515 norm(r) = 6.835773e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 516 norm(r) = 6.834825e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 517 norm(r) = 6.762790e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 518 norm(r) = 6.703941e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 519 norm(r) = 6.712740e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 520 norm(r) = 6.623746e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 521 norm(r) = 6.498613e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 522 norm(r) = 6.378366e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 523 norm(r) = 6.283957e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 524 norm(r) = 6.183316e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 525 norm(r) = 6.175557e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 526 norm(r) = 6.158415e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 527 norm(r) = 6.145340e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 528 norm(r) = 6.120395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 529 norm(r) = 6.122114e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 530 norm(r) = 6.111323e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 531 norm(r) = 6.077973e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 532 norm(r) = 6.032702e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 533 norm(r) = 5.949329e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 534 norm(r) = 5.843081e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 535 norm(r) = 5.718067e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 536 norm(r) = 5.490410e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 537 norm(r) = 5.339660e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 538 norm(r) = 5.137178e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 539 norm(r) = 4.885333e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 540 norm(r) = 4.362213e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 540 norm(r) = 4.362213e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 541 norm(r) = 4.276095e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 542 norm(r) = 4.233528e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 543 norm(r) = 4.238076e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 544 norm(r) = 4.234509e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 545 norm(r) = 4.246633e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 546 norm(r) = 4.257367e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 547 norm(r) = 4.204725e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 548 norm(r) = 4.095432e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 549 norm(r) = 4.090318e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 550 norm(r) = 4.053526e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 551 norm(r) = 4.005230e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 552 norm(r) = 3.983152e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 553 norm(r) = 3.961115e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 554 norm(r) = 3.934655e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 555 norm(r) = 3.929202e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 556 norm(r) = 3.910714e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 557 norm(r) = 3.897142e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 558 norm(r) = 3.883143e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 559 norm(r) = 3.884521e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 560 norm(r) = 3.876737e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 561 norm(r) = 3.793221e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 562 norm(r) = 3.689908e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 563 norm(r) = 3.618057e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 564 norm(r) = 3.577174e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 565 norm(r) = 3.550920e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 566 norm(r) = 3.503503e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 567 norm(r) = 3.437252e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 568 norm(r) = 3.336037e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 569 norm(r) = 3.266974e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 570 norm(r) = 3.175831e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 570 norm(r) = 3.175831e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 571 norm(r) = 3.163523e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 572 norm(r) = 3.155816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 573 norm(r) = 3.155025e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 574 norm(r) = 3.153341e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 575 norm(r) = 3.158922e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 576 norm(r) = 3.154595e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 577 norm(r) = 3.139835e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 578 norm(r) = 3.126816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 579 norm(r) = 3.127455e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 580 norm(r) = 3.105712e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 581 norm(r) = 3.082421e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 582 norm(r) = 3.057752e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 583 norm(r) = 3.019065e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 584 norm(r) = 2.989489e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 585 norm(r) = 2.986575e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 586 norm(r) = 2.968196e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 587 norm(r) = 2.949535e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 588 norm(r) = 2.942893e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 589 norm(r) = 2.940760e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 590 norm(r) = 2.922652e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 591 norm(r) = 2.895667e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 592 norm(r) = 2.879335e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 593 norm(r) = 2.862430e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 594 norm(r) = 2.812401e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 595 norm(r) = 2.741322e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 596 norm(r) = 2.642122e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 597 norm(r) = 2.544762e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 598 norm(r) = 2.421088e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 599 norm(r) = 2.321159e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 600 norm(r) = 2.207104e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 600 norm(r) = 2.207104e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 601 norm(r) = 2.183198e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 602 norm(r) = 2.170411e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 603 norm(r) = 2.168019e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 604 norm(r) = 2.167281e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 605 norm(r) = 2.167196e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 606 norm(r) = 2.167185e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 607 norm(r) = 2.166814e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 608 norm(r) = 2.185014e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 609 norm(r) = 2.186046e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 610 norm(r) = 2.161644e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 611 norm(r) = 2.110561e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 612 norm(r) = 2.072823e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 613 norm(r) = 2.023563e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 614 norm(r) = 1.983657e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 615 norm(r) = 1.975956e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 616 norm(r) = 1.974675e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 617 norm(r) = 1.973399e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 618 norm(r) = 1.973225e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 619 norm(r) = 1.970459e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 620 norm(r) = 1.960713e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 621 norm(r) = 1.934179e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 622 norm(r) = 1.918126e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 623 norm(r) = 1.902939e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 624 norm(r) = 1.887619e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 625 norm(r) = 1.861899e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 626 norm(r) = 1.804323e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 627 norm(r) = 1.752542e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 628 norm(r) = 1.706925e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 629 norm(r) = 1.685240e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 630 norm(r) = 1.654437e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 630 norm(r) = 1.654437e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 631 norm(r) = 1.638732e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 632 norm(r) = 1.626773e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 633 norm(r) = 1.625772e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 634 norm(r) = 1.617075e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 635 norm(r) = 1.616502e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 636 norm(r) = 1.614553e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 637 norm(r) = 1.612880e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 638 norm(r) = 1.605327e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 639 norm(r) = 1.601997e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 640 norm(r) = 1.592078e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 641 norm(r) = 1.581445e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 642 norm(r) = 1.566978e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 643 norm(r) = 1.543694e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 644 norm(r) = 1.520634e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 645 norm(r) = 1.518262e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 646 norm(r) = 1.503461e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 647 norm(r) = 1.487064e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 648 norm(r) = 1.480403e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 649 norm(r) = 1.480900e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 650 norm(r) = 1.480953e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 651 norm(r) = 1.478712e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 652 norm(r) = 1.474331e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 653 norm(r) = 1.466310e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 654 norm(r) = 1.437166e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 655 norm(r) = 1.399348e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 656 norm(r) = 1.336228e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 657 norm(r) = 1.305226e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 658 norm(r) = 1.278048e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 659 norm(r) = 1.250865e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 660 norm(r) = 1.210452e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 660 norm(r) = 1.210452e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 661 norm(r) = 1.204278e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 662 norm(r) = 1.199499e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 663 norm(r) = 1.200014e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 664 norm(r) = 1.199027e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 665 norm(r) = 1.207956e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 666 norm(r) = 1.209533e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 667 norm(r) = 1.182724e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 668 norm(r) = 1.161475e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 669 norm(r) = 1.162592e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 670 norm(r) = 1.148793e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 671 norm(r) = 1.119567e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 672 norm(r) = 1.098855e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 673 norm(r) = 1.078993e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 674 norm(r) = 1.064123e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 675 norm(r) = 1.062633e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 676 norm(r) = 1.062958e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 677 norm(r) = 1.063138e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 678 norm(r) = 1.063403e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 679 norm(r) = 1.062468e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 680 norm(r) = 1.057331e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 681 norm(r) = 1.046356e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 682 norm(r) = 1.036364e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 683 norm(r) = 1.019443e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 684 norm(r) = 9.992776e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 685 norm(r) = 9.814226e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 686 norm(r) = 9.584547e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 687 norm(r) = 9.435818e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 688 norm(r) = 9.290006e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 689 norm(r) = 9.134033e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 690 norm(r) = 8.672428e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 690 norm(r) = 8.672428e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 691 norm(r) = 8.595226e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 692 norm(r) = 8.562232e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 693 norm(r) = 8.563807e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 694 norm(r) = 8.555396e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 695 norm(r) = 8.553707e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 696 norm(r) = 8.564290e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 697 norm(r) = 8.509850e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 698 norm(r) = 8.447548e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 699 norm(r) = 8.454994e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 700 norm(r) = 8.387424e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 701 norm(r) = 8.314583e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 702 norm(r) = 8.265613e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 703 norm(r) = 8.220805e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 704 norm(r) = 8.168756e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 705 norm(r) = 8.160010e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 706 norm(r) = 8.136940e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 707 norm(r) = 8.107008e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 708 norm(r) = 8.084004e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 709 norm(r) = 8.085129e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 710 norm(r) = 8.040746e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 711 norm(r) = 7.945214e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 712 norm(r) = 7.789736e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 713 norm(r) = 7.677184e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 714 norm(r) = 7.582686e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 715 norm(r) = 7.503830e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 716 norm(r) = 7.326694e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 717 norm(r) = 7.049094e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 718 norm(r) = 6.722223e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 719 norm(r) = 6.491046e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 720 norm(r) = 6.153560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 720 norm(r) = 6.153560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 721 norm(r) = 6.114263e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 722 norm(r) = 6.089220e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 723 norm(r) = 6.087928e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 724 norm(r) = 6.086259e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 725 norm(r) = 6.095545e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 726 norm(r) = 6.095974e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 727 norm(r) = 6.057605e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 728 norm(r) = 6.026350e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 729 norm(r) = 6.027675e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 730 norm(r) = 5.986560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 731 norm(r) = 5.920636e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 732 norm(r) = 5.865918e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 733 norm(r) = 5.742145e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 734 norm(r) = 5.639228e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 735 norm(r) = 5.608879e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 736 norm(r) = 5.601020e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 737 norm(r) = 5.584755e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 738 norm(r) = 5.580874e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 739 norm(r) = 5.579276e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 740 norm(r) = 5.558308e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 741 norm(r) = 5.506993e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 742 norm(r) = 5.474295e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 743 norm(r) = 5.439533e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 744 norm(r) = 5.371824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 745 norm(r) = 5.295683e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 746 norm(r) = 5.160943e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 747 norm(r) = 5.020062e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 748 norm(r) = 4.822068e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 749 norm(r) = 4.686775e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 750 norm(r) = 4.585876e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 750 norm(r) = 4.585876e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 751 norm(r) = 4.544177e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 752 norm(r) = 4.519372e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 753 norm(r) = 4.478992e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 754 norm(r) = 4.473668e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 755 norm(r) = 4.441884e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 756 norm(r) = 4.427513e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 757 norm(r) = 4.414261e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 758 norm(r) = 4.367569e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 759 norm(r) = 4.308605e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 760 norm(r) = 4.306430e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 761 norm(r) = 4.312437e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 762 norm(r) = 4.299640e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 763 norm(r) = 4.262767e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 764 norm(r) = 4.219700e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 765 norm(r) = 4.217479e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 766 norm(r) = 4.198823e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 767 norm(r) = 4.170794e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 768 norm(r) = 4.156217e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 769 norm(r) = 4.156221e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 770 norm(r) = 4.142791e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 771 norm(r) = 4.118688e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 772 norm(r) = 4.091116e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 773 norm(r) = 4.067047e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 774 norm(r) = 4.010792e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 775 norm(r) = 3.912060e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 776 norm(r) = 3.734536e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 777 norm(r) = 3.611234e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 778 norm(r) = 3.538772e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 779 norm(r) = 3.478517e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 780 norm(r) = 3.405486e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 780 norm(r) = 3.405486e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 781 norm(r) = 3.383573e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 782 norm(r) = 3.370822e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 783 norm(r) = 3.376317e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 784 norm(r) = 3.375770e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 785 norm(r) = 3.360922e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 786 norm(r) = 3.367481e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 787 norm(r) = 3.329799e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 788 norm(r) = 3.291990e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 789 norm(r) = 3.292389e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 790 norm(r) = 3.258307e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 791 norm(r) = 3.194395e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 792 norm(r) = 3.154054e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 793 norm(r) = 3.097906e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 794 norm(r) = 3.058837e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 795 norm(r) = 3.055719e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 796 norm(r) = 3.041845e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 797 norm(r) = 3.018510e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 798 norm(r) = 3.015397e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 799 norm(r) = 3.017145e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 800 norm(r) = 3.015091e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 801 norm(r) = 3.000993e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 802 norm(r) = 2.989135e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 803 norm(r) = 2.969900e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 804 norm(r) = 2.923634e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 805 norm(r) = 2.864161e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 806 norm(r) = 2.767537e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 807 norm(r) = 2.724966e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 808 norm(r) = 2.687943e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 809 norm(r) = 2.655550e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 810 norm(r) = 2.575809e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 810 norm(r) = 2.575809e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 811 norm(r) = 2.565407e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 812 norm(r) = 2.558712e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 813 norm(r) = 2.558662e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 814 norm(r) = 2.556021e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 815 norm(r) = 2.568509e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 816 norm(r) = 2.565366e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 817 norm(r) = 2.533284e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 818 norm(r) = 2.508552e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 819 norm(r) = 2.512373e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 820 norm(r) = 2.480831e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 821 norm(r) = 2.441086e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 822 norm(r) = 2.406396e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 823 norm(r) = 2.384553e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 824 norm(r) = 2.364073e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 825 norm(r) = 2.364356e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 826 norm(r) = 2.362829e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 827 norm(r) = 2.364762e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 828 norm(r) = 2.364897e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 829 norm(r) = 2.358850e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 830 norm(r) = 2.337828e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 831 norm(r) = 2.312347e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 832 norm(r) = 2.279104e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 833 norm(r) = 2.232769e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 834 norm(r) = 2.175999e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 835 norm(r) = 2.140773e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 836 norm(r) = 2.100132e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 837 norm(r) = 2.051729e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 838 norm(r) = 1.934474e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 839 norm(r) = 1.780803e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 840 norm(r) = 1.619748e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 840 norm(r) = 1.619748e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 841 norm(r) = 1.599237e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 842 norm(r) = 1.592010e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 843 norm(r) = 1.588997e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 844 norm(r) = 1.588647e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 845 norm(r) = 1.587837e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 846 norm(r) = 1.587732e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 847 norm(r) = 1.587443e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 848 norm(r) = 1.594362e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 849 norm(r) = 1.594197e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 850 norm(r) = 1.573893e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 851 norm(r) = 1.568508e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 852 norm(r) = 1.554867e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 853 norm(r) = 1.513218e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 854 norm(r) = 1.470551e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 855 norm(r) = 1.454462e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 856 norm(r) = 1.448466e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 857 norm(r) = 1.432919e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 858 norm(r) = 1.428059e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 859 norm(r) = 1.427635e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 860 norm(r) = 1.427612e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 861 norm(r) = 1.425379e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 862 norm(r) = 1.421019e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 863 norm(r) = 1.407490e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 864 norm(r) = 1.389237e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 865 norm(r) = 1.366782e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 866 norm(r) = 1.333314e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 867 norm(r) = 1.302183e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 868 norm(r) = 1.262211e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 869 norm(r) = 1.232381e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 870 norm(r) = 1.200824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 870 norm(r) = 1.200824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 871 norm(r) = 1.192985e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 872 norm(r) = 1.178995e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 873 norm(r) = 1.177652e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 874 norm(r) = 1.172660e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 875 norm(r) = 1.165555e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 876 norm(r) = 1.164234e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 877 norm(r) = 1.163084e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 878 norm(r) = 1.156406e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 879 norm(r) = 1.152986e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 880 norm(r) = 1.147057e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 881 norm(r) = 1.142138e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 882 norm(r) = 1.132013e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 883 norm(r) = 1.119925e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 884 norm(r) = 1.101948e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 885 norm(r) = 1.098269e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 886 norm(r) = 1.091468e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 887 norm(r) = 1.066400e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 888 norm(r) = 1.047478e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 889 norm(r) = 1.036119e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 890 norm(r) = 1.031964e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 891 norm(r) = 1.031842e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 892 norm(r) = 1.030833e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 893 norm(r) = 1.029064e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 894 norm(r) = 1.022451e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 895 norm(r) = 1.001329e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 896 norm(r) = 9.613011e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 897 norm(r) = 9.288684e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 898 norm(r) = 9.069204e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 899 norm(r) = 8.917787e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 900 norm(r) = 8.721232e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 900 norm(r) = 8.721232e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 901 norm(r) = 8.682399e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 902 norm(r) = 8.660717e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 903 norm(r) = 8.658475e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 904 norm(r) = 8.649447e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 905 norm(r) = 8.697545e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 906 norm(r) = 8.680344e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 907 norm(r) = 8.525697e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 908 norm(r) = 8.399976e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 909 norm(r) = 8.403154e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 910 norm(r) = 8.299878e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 911 norm(r) = 8.149663e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 912 norm(r) = 8.036990e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 913 norm(r) = 7.956314e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 914 norm(r) = 7.906910e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 915 norm(r) = 7.905816e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 916 norm(r) = 7.900540e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 917 norm(r) = 7.903006e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 918 norm(r) = 7.888319e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 919 norm(r) = 7.798888e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 920 norm(r) = 7.715394e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 921 norm(r) = 7.621276e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 922 norm(r) = 7.580058e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 923 norm(r) = 7.536854e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 924 norm(r) = 7.400558e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 925 norm(r) = 7.221431e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 926 norm(r) = 7.036744e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 927 norm(r) = 6.937929e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 928 norm(r) = 6.817422e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 929 norm(r) = 6.700704e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 930 norm(r) = 6.459630e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 930 norm(r) = 6.459630e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 931 norm(r) = 6.430365e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 932 norm(r) = 6.416709e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 933 norm(r) = 6.431829e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 934 norm(r) = 6.427978e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 935 norm(r) = 6.428549e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 936 norm(r) = 6.424363e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 937 norm(r) = 6.371962e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 938 norm(r) = 6.321574e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 939 norm(r) = 6.331183e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 940 norm(r) = 6.268002e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 941 norm(r) = 6.151667e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 942 norm(r) = 6.050956e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 943 norm(r) = 5.970490e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 944 norm(r) = 5.882717e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 945 norm(r) = 5.858753e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 946 norm(r) = 5.842567e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 947 norm(r) = 5.800182e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 948 norm(r) = 5.753456e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 949 norm(r) = 5.742869e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 950 norm(r) = 5.744366e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 951 norm(r) = 5.737976e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 952 norm(r) = 5.675678e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 953 norm(r) = 5.586597e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 954 norm(r) = 5.500116e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 955 norm(r) = 5.419091e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 956 norm(r) = 5.278670e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 957 norm(r) = 5.061337e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 958 norm(r) = 4.654080e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 959 norm(r) = 4.314559e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 960 norm(r) = 4.149192e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 960 norm(r) = 4.149192e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 961 norm(r) = 4.112100e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 962 norm(r) = 4.092797e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 963 norm(r) = 4.088853e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 964 norm(r) = 4.085514e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 965 norm(r) = 4.078900e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 966 norm(r) = 4.080178e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 967 norm(r) = 4.069784e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 968 norm(r) = 4.084963e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 969 norm(r) = 4.083822e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 970 norm(r) = 4.030039e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 971 norm(r) = 4.050306e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 972 norm(r) = 3.971527e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 973 norm(r) = 3.782080e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 974 norm(r) = 3.696789e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 975 norm(r) = 3.683763e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 976 norm(r) = 3.666397e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 977 norm(r) = 3.642899e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 978 norm(r) = 3.639415e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 979 norm(r) = 3.639242e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 980 norm(r) = 3.635265e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 981 norm(r) = 3.621529e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 982 norm(r) = 3.603933e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 983 norm(r) = 3.562561e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 984 norm(r) = 3.512183e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 985 norm(r) = 3.435869e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 986 norm(r) = 3.352265e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 987 norm(r) = 3.291472e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 988 norm(r) = 3.217038e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 989 norm(r) = 3.170342e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 990 norm(r) = 3.088750e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 990 norm(r) = 3.088750e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 991 norm(r) = 3.066364e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 992 norm(r) = 3.049596e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 993 norm(r) = 3.046839e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 994 norm(r) = 3.045257e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 995 norm(r) = 3.046419e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 996 norm(r) = 3.046049e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 997 norm(r) = 3.036565e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 998 norm(r) = 3.013132e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 999 norm(r) = 3.013647e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1000 norm(r) = 2.985244e-05; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 1000 ksp.norm= 2.37911826654e-05 reason = -3
Newton it 1 norm(r) = 2.98524e-05 norm(r)/(rtol*norm(r0)+atol) = 2.98524e+03
Step failed due to solver failure
Sequence step failed
SplitOperator_Min choose_dt_system t_system_last= 0.0 dt_system= 0.5 t_system= 0.5
Retrying sequence
Split operator iteration 0
Model: poisson_3d_tetgen_c0p2pe512
Fractional step 5.00000e-01 for model poisson_3d_tetgen_c0p2pe512
Step exact called for model poisson_3d_tetgen_c0p2pe512
StepControl base stepExact t_model= 0.5 tOut= 0.5 t_model_last= 0.0 dt_model= 0.5 setting to 0.5
Model step t= 5.00000e-01, dt= 5.00000e-01 for model poisson_3d_tetgen_c0p2pe512
Model substep t= 5.00000e-01 for model poisson_3d_tetgen_c0p2pe512
Model substep t= 5.00000e-01 for model poisson_3d_tetgen_c0p2pe512 model.timeIntegration.t= 5.00000e-01
Newton it 0 norm(r) = 2.48694e+00 norm(r)/(rtol*norm(r0)+atol) = 2.48694e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 1000 ksp.norm= 2.37911826654e-05
KSP it 0 norm(r) = 2.486943e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 4.386747e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 3.764762e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 4.118068e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 5.342874e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 5.364993e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 6.582741e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 6.720489e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 6.899600e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 7.036575e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 6.570181e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 7.015713e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 6.883602e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 7.132092e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 7.067143e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 6.200014e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 6.218085e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 6.417449e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 6.497104e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 6.435190e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 6.422506e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 6.192405e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 5.707595e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 5.375631e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 4.996013e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 4.599236e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 4.200841e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 3.810233e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 3.439873e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 3.123453e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.832392e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.832392e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 2.731145e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 2.636028e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 2.630163e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 2.582334e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 2.544967e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 2.514014e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 2.502680e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 2.463512e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 2.431258e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 2.397505e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 2.346815e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 2.267196e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 2.194334e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 2.121429e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 2.112483e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 2.099913e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 2.022302e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 2.009406e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 2.011167e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 1.930884e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 1.860841e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 1.736437e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 1.606046e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 1.488827e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 1.384380e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 1.309955e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 1.237779e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 1.185100e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 1.155312e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.112545e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.112545e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 1.101193e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 1.087967e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 63 norm(r) = 1.086544e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 64 norm(r) = 1.085654e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 65 norm(r) = 1.082727e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 66 norm(r) = 1.081643e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 67 norm(r) = 1.078949e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 68 norm(r) = 1.080978e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 69 norm(r) = 1.081646e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 70 norm(r) = 1.078102e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 71 norm(r) = 1.026766e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 72 norm(r) = 9.899429e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 73 norm(r) = 9.760274e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 74 norm(r) = 9.561762e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 75 norm(r) = 9.530032e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 76 norm(r) = 9.483994e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 77 norm(r) = 9.291417e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 78 norm(r) = 9.190418e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 79 norm(r) = 9.025491e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 80 norm(r) = 8.535620e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 81 norm(r) = 8.383963e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 82 norm(r) = 8.331835e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 83 norm(r) = 8.325191e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 84 norm(r) = 8.221193e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 85 norm(r) = 8.078088e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 86 norm(r) = 7.951760e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 87 norm(r) = 7.797495e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 88 norm(r) = 7.408411e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 89 norm(r) = 6.988361e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.647567e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.647567e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 91 norm(r) = 6.579730e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 92 norm(r) = 6.536974e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 93 norm(r) = 6.486141e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 94 norm(r) = 6.476089e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 95 norm(r) = 6.469479e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 96 norm(r) = 6.466895e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 97 norm(r) = 6.445330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 98 norm(r) = 6.433891e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 99 norm(r) = 6.425510e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 100 norm(r) = 6.329217e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 101 norm(r) = 6.305694e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 102 norm(r) = 6.224416e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 103 norm(r) = 6.011469e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 104 norm(r) = 5.845630e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 105 norm(r) = 5.771375e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 106 norm(r) = 5.756726e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 107 norm(r) = 5.735813e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 108 norm(r) = 5.694329e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 109 norm(r) = 5.695605e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 110 norm(r) = 5.691553e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 111 norm(r) = 5.689691e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 112 norm(r) = 5.682743e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 113 norm(r) = 5.653494e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 114 norm(r) = 5.562400e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 115 norm(r) = 5.429186e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 116 norm(r) = 5.213739e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 117 norm(r) = 5.075004e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 118 norm(r) = 4.966395e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 119 norm(r) = 4.867877e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.766120e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.766120e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 121 norm(r) = 4.707115e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 122 norm(r) = 4.655677e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 123 norm(r) = 4.636401e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 124 norm(r) = 4.627117e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 125 norm(r) = 4.581021e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 126 norm(r) = 4.566611e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 127 norm(r) = 4.562326e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 128 norm(r) = 4.535260e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 129 norm(r) = 4.505552e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 130 norm(r) = 4.495265e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 131 norm(r) = 4.451766e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 132 norm(r) = 4.418570e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 133 norm(r) = 4.394083e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 134 norm(r) = 4.346243e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 135 norm(r) = 4.340814e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 136 norm(r) = 4.307037e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 137 norm(r) = 4.259232e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 138 norm(r) = 4.228302e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 139 norm(r) = 4.218140e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 140 norm(r) = 4.219674e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 141 norm(r) = 4.213976e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 142 norm(r) = 4.192660e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 143 norm(r) = 4.155252e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 144 norm(r) = 4.077745e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 145 norm(r) = 3.965659e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 146 norm(r) = 3.769532e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 147 norm(r) = 3.657598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 148 norm(r) = 3.584334e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 149 norm(r) = 3.513807e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 3.298330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 3.298330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 151 norm(r) = 3.242899e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 152 norm(r) = 3.225761e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 153 norm(r) = 3.222430e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 154 norm(r) = 3.213014e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 155 norm(r) = 3.212397e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 156 norm(r) = 3.234666e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 157 norm(r) = 3.170829e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 158 norm(r) = 3.103595e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 159 norm(r) = 3.099114e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 160 norm(r) = 3.067196e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 161 norm(r) = 3.027016e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 162 norm(r) = 2.993351e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 163 norm(r) = 2.965954e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 164 norm(r) = 2.942938e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 165 norm(r) = 2.923623e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 166 norm(r) = 2.890795e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 167 norm(r) = 2.868759e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 168 norm(r) = 2.858137e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 169 norm(r) = 2.854682e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 170 norm(r) = 2.855122e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 171 norm(r) = 2.848834e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 172 norm(r) = 2.822329e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 173 norm(r) = 2.783573e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 174 norm(r) = 2.761117e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 175 norm(r) = 2.741176e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 176 norm(r) = 2.708708e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 177 norm(r) = 2.619090e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 178 norm(r) = 2.519749e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 179 norm(r) = 2.459101e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.397318e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.397318e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 181 norm(r) = 2.389069e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 182 norm(r) = 2.383287e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 183 norm(r) = 2.383511e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 184 norm(r) = 2.382187e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 185 norm(r) = 2.386800e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 186 norm(r) = 2.384987e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 187 norm(r) = 2.362248e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 188 norm(r) = 2.336347e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 189 norm(r) = 2.338723e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 190 norm(r) = 2.324027e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 191 norm(r) = 2.311533e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 192 norm(r) = 2.294539e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 193 norm(r) = 2.244562e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 194 norm(r) = 2.205129e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 195 norm(r) = 2.193246e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 196 norm(r) = 2.190810e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 197 norm(r) = 2.181869e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 198 norm(r) = 2.176923e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 199 norm(r) = 2.177139e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 200 norm(r) = 2.170419e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 201 norm(r) = 2.157663e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 202 norm(r) = 2.146047e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 203 norm(r) = 2.122427e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 204 norm(r) = 2.079343e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 205 norm(r) = 2.042520e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 206 norm(r) = 1.990234e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 207 norm(r) = 1.947473e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 208 norm(r) = 1.879091e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 209 norm(r) = 1.818091e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 1.715844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 1.715844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 211 norm(r) = 1.704522e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 212 norm(r) = 1.694714e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 213 norm(r) = 1.692310e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 214 norm(r) = 1.690959e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 215 norm(r) = 1.698906e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 216 norm(r) = 1.696999e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 217 norm(r) = 1.676981e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 218 norm(r) = 1.669164e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 219 norm(r) = 1.669780e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 220 norm(r) = 1.650490e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 221 norm(r) = 1.626831e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 222 norm(r) = 1.602044e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 223 norm(r) = 1.580970e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 224 norm(r) = 1.561771e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 225 norm(r) = 1.558535e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 226 norm(r) = 1.548598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 227 norm(r) = 1.539499e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 228 norm(r) = 1.538854e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 229 norm(r) = 1.540635e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 230 norm(r) = 1.537203e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 231 norm(r) = 1.527718e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 232 norm(r) = 1.514512e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 233 norm(r) = 1.493909e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 234 norm(r) = 1.470668e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 235 norm(r) = 1.422817e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 236 norm(r) = 1.349097e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 237 norm(r) = 1.299210e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 238 norm(r) = 1.279234e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 239 norm(r) = 1.258782e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.217394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.217394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 241 norm(r) = 1.204279e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 242 norm(r) = 1.194163e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 243 norm(r) = 1.188150e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 244 norm(r) = 1.187690e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 245 norm(r) = 1.185942e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 246 norm(r) = 1.185780e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 247 norm(r) = 1.185284e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 248 norm(r) = 1.193920e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 249 norm(r) = 1.197278e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 250 norm(r) = 1.188215e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 251 norm(r) = 1.160782e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 252 norm(r) = 1.144842e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 253 norm(r) = 1.136292e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 254 norm(r) = 1.129578e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 255 norm(r) = 1.129697e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 256 norm(r) = 1.129888e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 257 norm(r) = 1.129728e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 258 norm(r) = 1.129686e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 259 norm(r) = 1.124562e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 260 norm(r) = 1.114029e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 261 norm(r) = 1.101084e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 262 norm(r) = 1.082114e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 263 norm(r) = 1.059319e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 264 norm(r) = 1.036546e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 265 norm(r) = 1.023515e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 266 norm(r) = 1.010598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 267 norm(r) = 9.983676e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 268 norm(r) = 9.579760e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 269 norm(r) = 9.132087e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 8.566019e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 8.566019e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 271 norm(r) = 8.475405e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 272 norm(r) = 8.436954e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 273 norm(r) = 8.433215e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 274 norm(r) = 8.374722e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 275 norm(r) = 8.368506e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 276 norm(r) = 8.332114e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 277 norm(r) = 8.271020e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 278 norm(r) = 8.175122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 279 norm(r) = 8.172681e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 280 norm(r) = 8.103416e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 281 norm(r) = 8.088885e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 282 norm(r) = 8.046575e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 283 norm(r) = 7.854107e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 284 norm(r) = 7.741799e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 285 norm(r) = 7.674335e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 286 norm(r) = 7.632847e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 287 norm(r) = 7.535698e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 288 norm(r) = 7.501856e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 289 norm(r) = 7.447167e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 290 norm(r) = 7.294207e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 291 norm(r) = 7.145442e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 292 norm(r) = 6.958074e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 293 norm(r) = 6.860273e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 294 norm(r) = 6.826460e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 295 norm(r) = 6.827501e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 296 norm(r) = 6.822458e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 297 norm(r) = 6.759495e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 298 norm(r) = 6.647487e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 299 norm(r) = 6.494337e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 6.285924e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 6.285924e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 301 norm(r) = 6.259389e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 302 norm(r) = 6.236701e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 303 norm(r) = 6.258496e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 304 norm(r) = 6.302889e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 305 norm(r) = 6.307542e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 306 norm(r) = 6.279180e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 307 norm(r) = 6.177280e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 308 norm(r) = 6.070531e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 309 norm(r) = 6.095355e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 310 norm(r) = 6.011728e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 311 norm(r) = 5.846745e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 312 norm(r) = 5.722967e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 313 norm(r) = 5.656958e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 314 norm(r) = 5.574707e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 315 norm(r) = 5.560228e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 316 norm(r) = 5.542987e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 317 norm(r) = 5.504683e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 318 norm(r) = 5.508319e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 319 norm(r) = 5.512639e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 320 norm(r) = 5.489679e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 321 norm(r) = 5.435441e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 322 norm(r) = 5.351264e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 323 norm(r) = 5.276209e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 324 norm(r) = 5.191645e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 325 norm(r) = 5.108607e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 326 norm(r) = 4.933646e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 327 norm(r) = 4.610152e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 328 norm(r) = 4.457147e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 329 norm(r) = 4.273654e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 4.100670e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 4.100670e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 331 norm(r) = 4.074131e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 332 norm(r) = 4.054152e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 333 norm(r) = 4.048465e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 334 norm(r) = 4.044003e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 335 norm(r) = 4.044602e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 336 norm(r) = 4.034111e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 337 norm(r) = 4.004959e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 338 norm(r) = 4.008708e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 339 norm(r) = 4.005740e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 340 norm(r) = 3.923982e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 341 norm(r) = 3.844726e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 342 norm(r) = 3.762217e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 343 norm(r) = 3.719282e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 344 norm(r) = 3.694254e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 345 norm(r) = 3.690260e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 346 norm(r) = 3.675760e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 347 norm(r) = 3.659265e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 348 norm(r) = 3.629044e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 349 norm(r) = 3.605981e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 350 norm(r) = 3.590956e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 351 norm(r) = 3.591141e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 352 norm(r) = 3.585158e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 353 norm(r) = 3.516097e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 354 norm(r) = 3.440009e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 355 norm(r) = 3.395939e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 356 norm(r) = 3.349333e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 357 norm(r) = 3.298823e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 358 norm(r) = 3.175262e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 359 norm(r) = 3.081428e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 2.998122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 2.998122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 361 norm(r) = 2.959687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 362 norm(r) = 2.934978e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 363 norm(r) = 2.922373e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 364 norm(r) = 2.921346e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 365 norm(r) = 2.909706e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 366 norm(r) = 2.907564e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 367 norm(r) = 2.892289e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 368 norm(r) = 2.877484e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 369 norm(r) = 2.867571e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 370 norm(r) = 2.843166e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 371 norm(r) = 2.814595e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 372 norm(r) = 2.797091e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 373 norm(r) = 2.780325e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 374 norm(r) = 2.754658e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 375 norm(r) = 2.754258e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 376 norm(r) = 2.738962e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 377 norm(r) = 2.714612e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 378 norm(r) = 2.705432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 379 norm(r) = 2.706062e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 380 norm(r) = 2.698372e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 381 norm(r) = 2.672129e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 382 norm(r) = 2.653355e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 383 norm(r) = 2.630081e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 384 norm(r) = 2.598534e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 385 norm(r) = 2.553914e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 386 norm(r) = 2.482958e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 387 norm(r) = 2.433214e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 388 norm(r) = 2.387733e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 389 norm(r) = 2.352925e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 2.286400e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 2.286400e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 391 norm(r) = 2.274354e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 392 norm(r) = 2.267279e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 393 norm(r) = 2.268755e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 394 norm(r) = 2.274630e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 395 norm(r) = 2.278276e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 396 norm(r) = 2.272687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 397 norm(r) = 2.241577e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 398 norm(r) = 2.214712e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 399 norm(r) = 2.217918e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 400 norm(r) = 2.184957e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 401 norm(r) = 2.147955e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 402 norm(r) = 2.116062e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 403 norm(r) = 2.087727e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 404 norm(r) = 2.064256e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 405 norm(r) = 2.062292e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 406 norm(r) = 2.045649e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 407 norm(r) = 2.033748e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 408 norm(r) = 2.029368e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 409 norm(r) = 2.030286e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 410 norm(r) = 2.025687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 411 norm(r) = 2.015100e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 412 norm(r) = 2.003567e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 413 norm(r) = 1.989534e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 414 norm(r) = 1.958781e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 415 norm(r) = 1.907282e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 416 norm(r) = 1.826845e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 417 norm(r) = 1.778349e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 418 norm(r) = 1.749897e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 419 norm(r) = 1.726443e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 1.670752e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 1.670752e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 421 norm(r) = 1.664111e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 422 norm(r) = 1.658873e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 423 norm(r) = 1.658397e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 424 norm(r) = 1.657259e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 425 norm(r) = 1.665278e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 426 norm(r) = 1.665767e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 427 norm(r) = 1.644539e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 428 norm(r) = 1.619259e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 429 norm(r) = 1.620244e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 430 norm(r) = 1.605599e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 431 norm(r) = 1.565941e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 432 norm(r) = 1.532290e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 433 norm(r) = 1.512695e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 434 norm(r) = 1.501665e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 435 norm(r) = 1.501850e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 436 norm(r) = 1.502379e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 437 norm(r) = 1.501021e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 438 norm(r) = 1.500300e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 439 norm(r) = 1.495727e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 440 norm(r) = 1.488891e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 441 norm(r) = 1.478188e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 442 norm(r) = 1.468993e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 443 norm(r) = 1.457350e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 444 norm(r) = 1.428839e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 445 norm(r) = 1.395166e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 446 norm(r) = 1.353844e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 447 norm(r) = 1.333464e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 448 norm(r) = 1.313457e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 449 norm(r) = 1.280223e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 450 norm(r) = 1.222432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 450 norm(r) = 1.222432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 451 norm(r) = 1.210439e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 452 norm(r) = 1.207031e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 453 norm(r) = 1.202298e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 454 norm(r) = 1.201204e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 455 norm(r) = 1.201089e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 456 norm(r) = 1.201071e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 457 norm(r) = 1.199165e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 458 norm(r) = 1.203831e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 459 norm(r) = 1.203860e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 460 norm(r) = 1.191467e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 461 norm(r) = 1.176895e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 462 norm(r) = 1.165888e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 463 norm(r) = 1.151870e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 464 norm(r) = 1.138433e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 465 norm(r) = 1.135907e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 466 norm(r) = 1.131136e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 467 norm(r) = 1.122411e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 468 norm(r) = 1.114185e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 469 norm(r) = 1.114244e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 470 norm(r) = 1.112015e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 471 norm(r) = 1.102682e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 472 norm(r) = 1.095951e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 473 norm(r) = 1.088640e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 474 norm(r) = 1.080210e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 475 norm(r) = 1.061734e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 476 norm(r) = 1.031328e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 477 norm(r) = 9.930930e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 478 norm(r) = 9.547409e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 479 norm(r) = 9.291886e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 480 norm(r) = 9.008118e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 480 norm(r) = 9.008118e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 481 norm(r) = 8.868159e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 482 norm(r) = 8.755042e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 483 norm(r) = 8.749774e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 484 norm(r) = 8.688915e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 485 norm(r) = 8.685182e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 486 norm(r) = 8.665363e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 487 norm(r) = 8.631129e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 488 norm(r) = 8.546678e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 489 norm(r) = 8.538321e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 490 norm(r) = 8.445913e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 491 norm(r) = 8.366687e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 492 norm(r) = 8.317108e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 493 norm(r) = 8.243057e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 494 norm(r) = 8.173738e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 495 norm(r) = 8.169297e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 496 norm(r) = 8.145720e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 497 norm(r) = 8.104963e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 498 norm(r) = 8.090885e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 499 norm(r) = 8.092152e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 500 norm(r) = 8.072160e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 501 norm(r) = 8.004774e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 502 norm(r) = 7.959183e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 503 norm(r) = 7.905527e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 504 norm(r) = 7.824028e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 505 norm(r) = 7.701149e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 506 norm(r) = 7.468816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 507 norm(r) = 7.300160e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 508 norm(r) = 7.149416e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 509 norm(r) = 7.053642e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 510 norm(r) = 6.887395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 510 norm(r) = 6.887395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 511 norm(r) = 6.852630e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 512 norm(r) = 6.829373e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 513 norm(r) = 6.827150e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 514 norm(r) = 6.822514e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 515 norm(r) = 6.835773e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 516 norm(r) = 6.834825e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 517 norm(r) = 6.762790e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 518 norm(r) = 6.703941e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 519 norm(r) = 6.712740e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 520 norm(r) = 6.623746e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 521 norm(r) = 6.498613e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 522 norm(r) = 6.378366e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 523 norm(r) = 6.283957e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 524 norm(r) = 6.183316e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 525 norm(r) = 6.175557e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 526 norm(r) = 6.158415e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 527 norm(r) = 6.145340e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 528 norm(r) = 6.120395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 529 norm(r) = 6.122114e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 530 norm(r) = 6.111323e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 531 norm(r) = 6.077973e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 532 norm(r) = 6.032702e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 533 norm(r) = 5.949329e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 534 norm(r) = 5.843081e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 535 norm(r) = 5.718067e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 536 norm(r) = 5.490410e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 537 norm(r) = 5.339660e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 538 norm(r) = 5.137178e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 539 norm(r) = 4.885333e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 540 norm(r) = 4.362213e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 540 norm(r) = 4.362213e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 541 norm(r) = 4.276095e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 542 norm(r) = 4.233528e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 543 norm(r) = 4.238076e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 544 norm(r) = 4.234509e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 545 norm(r) = 4.246633e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 546 norm(r) = 4.257367e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 547 norm(r) = 4.204725e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 548 norm(r) = 4.095432e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 549 norm(r) = 4.090318e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 550 norm(r) = 4.053526e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 551 norm(r) = 4.005230e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 552 norm(r) = 3.983152e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 553 norm(r) = 3.961115e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 554 norm(r) = 3.934655e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 555 norm(r) = 3.929202e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 556 norm(r) = 3.910714e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 557 norm(r) = 3.897142e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 558 norm(r) = 3.883143e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 559 norm(r) = 3.884521e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 560 norm(r) = 3.876737e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 561 norm(r) = 3.793221e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 562 norm(r) = 3.689908e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 563 norm(r) = 3.618057e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 564 norm(r) = 3.577174e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 565 norm(r) = 3.550920e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 566 norm(r) = 3.503503e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 567 norm(r) = 3.437252e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 568 norm(r) = 3.336037e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 569 norm(r) = 3.266974e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 570 norm(r) = 3.175831e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 570 norm(r) = 3.175831e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 571 norm(r) = 3.163523e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 572 norm(r) = 3.155816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 573 norm(r) = 3.155025e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 574 norm(r) = 3.153341e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 575 norm(r) = 3.158922e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 576 norm(r) = 3.154595e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 577 norm(r) = 3.139835e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 578 norm(r) = 3.126816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 579 norm(r) = 3.127455e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 580 norm(r) = 3.105712e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 581 norm(r) = 3.082421e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 582 norm(r) = 3.057752e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 583 norm(r) = 3.019065e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 584 norm(r) = 2.989489e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 585 norm(r) = 2.986575e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 586 norm(r) = 2.968196e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 587 norm(r) = 2.949535e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 588 norm(r) = 2.942893e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 589 norm(r) = 2.940760e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 590 norm(r) = 2.922652e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 591 norm(r) = 2.895667e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 592 norm(r) = 2.879335e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 593 norm(r) = 2.862430e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 594 norm(r) = 2.812401e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 595 norm(r) = 2.741322e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 596 norm(r) = 2.642122e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 597 norm(r) = 2.544762e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 598 norm(r) = 2.421088e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 599 norm(r) = 2.321159e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 600 norm(r) = 2.207104e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 600 norm(r) = 2.207104e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 601 norm(r) = 2.183198e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 602 norm(r) = 2.170411e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 603 norm(r) = 2.168019e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 604 norm(r) = 2.167281e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 605 norm(r) = 2.167196e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 606 norm(r) = 2.167185e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 607 norm(r) = 2.166814e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 608 norm(r) = 2.185014e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 609 norm(r) = 2.186046e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 610 norm(r) = 2.161644e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 611 norm(r) = 2.110561e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 612 norm(r) = 2.072823e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 613 norm(r) = 2.023563e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 614 norm(r) = 1.983657e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 615 norm(r) = 1.975956e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 616 norm(r) = 1.974675e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 617 norm(r) = 1.973399e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 618 norm(r) = 1.973225e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 619 norm(r) = 1.970459e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 620 norm(r) = 1.960713e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 621 norm(r) = 1.934179e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 622 norm(r) = 1.918126e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 623 norm(r) = 1.902939e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 624 norm(r) = 1.887619e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 625 norm(r) = 1.861899e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 626 norm(r) = 1.804323e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 627 norm(r) = 1.752542e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 628 norm(r) = 1.706925e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 629 norm(r) = 1.685240e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 630 norm(r) = 1.654437e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 630 norm(r) = 1.654437e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 631 norm(r) = 1.638732e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 632 norm(r) = 1.626773e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 633 norm(r) = 1.625772e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 634 norm(r) = 1.617075e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 635 norm(r) = 1.616502e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 636 norm(r) = 1.614553e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 637 norm(r) = 1.612880e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 638 norm(r) = 1.605327e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 639 norm(r) = 1.601997e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 640 norm(r) = 1.592078e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 641 norm(r) = 1.581445e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 642 norm(r) = 1.566978e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 643 norm(r) = 1.543694e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 644 norm(r) = 1.520634e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 645 norm(r) = 1.518262e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 646 norm(r) = 1.503461e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 647 norm(r) = 1.487064e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 648 norm(r) = 1.480403e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 649 norm(r) = 1.480900e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 650 norm(r) = 1.480953e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 651 norm(r) = 1.478712e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 652 norm(r) = 1.474331e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 653 norm(r) = 1.466310e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 654 norm(r) = 1.437166e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 655 norm(r) = 1.399348e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 656 norm(r) = 1.336228e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 657 norm(r) = 1.305226e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 658 norm(r) = 1.278048e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 659 norm(r) = 1.250865e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 660 norm(r) = 1.210452e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 660 norm(r) = 1.210452e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 661 norm(r) = 1.204278e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 662 norm(r) = 1.199499e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 663 norm(r) = 1.200014e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 664 norm(r) = 1.199027e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 665 norm(r) = 1.207956e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 666 norm(r) = 1.209533e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 667 norm(r) = 1.182724e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 668 norm(r) = 1.161475e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 669 norm(r) = 1.162592e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 670 norm(r) = 1.148793e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 671 norm(r) = 1.119567e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 672 norm(r) = 1.098855e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 673 norm(r) = 1.078993e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 674 norm(r) = 1.064123e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 675 norm(r) = 1.062633e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 676 norm(r) = 1.062958e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 677 norm(r) = 1.063138e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 678 norm(r) = 1.063403e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 679 norm(r) = 1.062468e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 680 norm(r) = 1.057331e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 681 norm(r) = 1.046356e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 682 norm(r) = 1.036364e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 683 norm(r) = 1.019443e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 684 norm(r) = 9.992776e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 685 norm(r) = 9.814226e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 686 norm(r) = 9.584547e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 687 norm(r) = 9.435818e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 688 norm(r) = 9.290006e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 689 norm(r) = 9.134033e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 690 norm(r) = 8.672428e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 690 norm(r) = 8.672428e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 691 norm(r) = 8.595226e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 692 norm(r) = 8.562232e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 693 norm(r) = 8.563807e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 694 norm(r) = 8.555396e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 695 norm(r) = 8.553707e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 696 norm(r) = 8.564290e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 697 norm(r) = 8.509850e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 698 norm(r) = 8.447548e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 699 norm(r) = 8.454994e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 700 norm(r) = 8.387424e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 701 norm(r) = 8.314583e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 702 norm(r) = 8.265613e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 703 norm(r) = 8.220805e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 704 norm(r) = 8.168756e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 705 norm(r) = 8.160010e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 706 norm(r) = 8.136940e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 707 norm(r) = 8.107008e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 708 norm(r) = 8.084004e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 709 norm(r) = 8.085129e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 710 norm(r) = 8.040746e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 711 norm(r) = 7.945214e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 712 norm(r) = 7.789736e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 713 norm(r) = 7.677184e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 714 norm(r) = 7.582686e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 715 norm(r) = 7.503830e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 716 norm(r) = 7.326694e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 717 norm(r) = 7.049094e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 718 norm(r) = 6.722223e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 719 norm(r) = 6.491046e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 720 norm(r) = 6.153560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 720 norm(r) = 6.153560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 721 norm(r) = 6.114263e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 722 norm(r) = 6.089220e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 723 norm(r) = 6.087928e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 724 norm(r) = 6.086259e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 725 norm(r) = 6.095545e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 726 norm(r) = 6.095974e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 727 norm(r) = 6.057605e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 728 norm(r) = 6.026350e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 729 norm(r) = 6.027675e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 730 norm(r) = 5.986560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 731 norm(r) = 5.920636e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 732 norm(r) = 5.865918e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 733 norm(r) = 5.742145e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 734 norm(r) = 5.639228e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 735 norm(r) = 5.608879e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 736 norm(r) = 5.601020e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 737 norm(r) = 5.584755e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 738 norm(r) = 5.580874e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 739 norm(r) = 5.579276e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 740 norm(r) = 5.558308e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 741 norm(r) = 5.506993e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 742 norm(r) = 5.474295e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 743 norm(r) = 5.439533e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 744 norm(r) = 5.371824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 745 norm(r) = 5.295683e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 746 norm(r) = 5.160943e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 747 norm(r) = 5.020062e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 748 norm(r) = 4.822068e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 749 norm(r) = 4.686775e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 750 norm(r) = 4.585876e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 750 norm(r) = 4.585876e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 751 norm(r) = 4.544177e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 752 norm(r) = 4.519372e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 753 norm(r) = 4.478992e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 754 norm(r) = 4.473668e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 755 norm(r) = 4.441884e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 756 norm(r) = 4.427513e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 757 norm(r) = 4.414261e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 758 norm(r) = 4.367569e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 759 norm(r) = 4.308605e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 760 norm(r) = 4.306430e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 761 norm(r) = 4.312437e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 762 norm(r) = 4.299640e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 763 norm(r) = 4.262767e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 764 norm(r) = 4.219700e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 765 norm(r) = 4.217479e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 766 norm(r) = 4.198823e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 767 norm(r) = 4.170794e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 768 norm(r) = 4.156217e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 769 norm(r) = 4.156221e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 770 norm(r) = 4.142791e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 771 norm(r) = 4.118688e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 772 norm(r) = 4.091116e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 773 norm(r) = 4.067047e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 774 norm(r) = 4.010792e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 775 norm(r) = 3.912060e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 776 norm(r) = 3.734536e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 777 norm(r) = 3.611234e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 778 norm(r) = 3.538772e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 779 norm(r) = 3.478517e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 780 norm(r) = 3.405486e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 780 norm(r) = 3.405486e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 781 norm(r) = 3.383573e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 782 norm(r) = 3.370822e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 783 norm(r) = 3.376317e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 784 norm(r) = 3.375770e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 785 norm(r) = 3.360922e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 786 norm(r) = 3.367481e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 787 norm(r) = 3.329799e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 788 norm(r) = 3.291990e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 789 norm(r) = 3.292389e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 790 norm(r) = 3.258307e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 791 norm(r) = 3.194395e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 792 norm(r) = 3.154054e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 793 norm(r) = 3.097906e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 794 norm(r) = 3.058837e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 795 norm(r) = 3.055719e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 796 norm(r) = 3.041845e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 797 norm(r) = 3.018510e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 798 norm(r) = 3.015397e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 799 norm(r) = 3.017145e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 800 norm(r) = 3.015091e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 801 norm(r) = 3.000993e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 802 norm(r) = 2.989135e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 803 norm(r) = 2.969900e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 804 norm(r) = 2.923634e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 805 norm(r) = 2.864161e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 806 norm(r) = 2.767537e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 807 norm(r) = 2.724966e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 808 norm(r) = 2.687943e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 809 norm(r) = 2.655550e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 810 norm(r) = 2.575809e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 810 norm(r) = 2.575809e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 811 norm(r) = 2.565407e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 812 norm(r) = 2.558712e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 813 norm(r) = 2.558662e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 814 norm(r) = 2.556021e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 815 norm(r) = 2.568509e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 816 norm(r) = 2.565366e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 817 norm(r) = 2.533284e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 818 norm(r) = 2.508552e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 819 norm(r) = 2.512373e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 820 norm(r) = 2.480831e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 821 norm(r) = 2.441086e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 822 norm(r) = 2.406396e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 823 norm(r) = 2.384553e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 824 norm(r) = 2.364073e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 825 norm(r) = 2.364356e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 826 norm(r) = 2.362829e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 827 norm(r) = 2.364762e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 828 norm(r) = 2.364897e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 829 norm(r) = 2.358850e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 830 norm(r) = 2.337828e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 831 norm(r) = 2.312347e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 832 norm(r) = 2.279104e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 833 norm(r) = 2.232769e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 834 norm(r) = 2.175999e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 835 norm(r) = 2.140773e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 836 norm(r) = 2.100132e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 837 norm(r) = 2.051729e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 838 norm(r) = 1.934474e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 839 norm(r) = 1.780803e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 840 norm(r) = 1.619748e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 840 norm(r) = 1.619748e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 841 norm(r) = 1.599237e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 842 norm(r) = 1.592010e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 843 norm(r) = 1.588997e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 844 norm(r) = 1.588647e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 845 norm(r) = 1.587837e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 846 norm(r) = 1.587732e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 847 norm(r) = 1.587443e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 848 norm(r) = 1.594362e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 849 norm(r) = 1.594197e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 850 norm(r) = 1.573893e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 851 norm(r) = 1.568508e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 852 norm(r) = 1.554867e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 853 norm(r) = 1.513218e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 854 norm(r) = 1.470551e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 855 norm(r) = 1.454462e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 856 norm(r) = 1.448466e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 857 norm(r) = 1.432919e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 858 norm(r) = 1.428059e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 859 norm(r) = 1.427635e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 860 norm(r) = 1.427612e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 861 norm(r) = 1.425379e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 862 norm(r) = 1.421019e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 863 norm(r) = 1.407490e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 864 norm(r) = 1.389237e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 865 norm(r) = 1.366782e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 866 norm(r) = 1.333314e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 867 norm(r) = 1.302183e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 868 norm(r) = 1.262211e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 869 norm(r) = 1.232381e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 870 norm(r) = 1.200824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 870 norm(r) = 1.200824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 871 norm(r) = 1.192985e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 872 norm(r) = 1.178995e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 873 norm(r) = 1.177652e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 874 norm(r) = 1.172660e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 875 norm(r) = 1.165555e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 876 norm(r) = 1.164234e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 877 norm(r) = 1.163084e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 878 norm(r) = 1.156406e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 879 norm(r) = 1.152986e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 880 norm(r) = 1.147057e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 881 norm(r) = 1.142138e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 882 norm(r) = 1.132013e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 883 norm(r) = 1.119925e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 884 norm(r) = 1.101948e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 885 norm(r) = 1.098269e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 886 norm(r) = 1.091468e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 887 norm(r) = 1.066400e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 888 norm(r) = 1.047478e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 889 norm(r) = 1.036119e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 890 norm(r) = 1.031964e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 891 norm(r) = 1.031842e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 892 norm(r) = 1.030833e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 893 norm(r) = 1.029064e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 894 norm(r) = 1.022451e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 895 norm(r) = 1.001329e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 896 norm(r) = 9.613011e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 897 norm(r) = 9.288684e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 898 norm(r) = 9.069204e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 899 norm(r) = 8.917787e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 900 norm(r) = 8.721232e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 900 norm(r) = 8.721232e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 901 norm(r) = 8.682399e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 902 norm(r) = 8.660717e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 903 norm(r) = 8.658475e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 904 norm(r) = 8.649447e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 905 norm(r) = 8.697545e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 906 norm(r) = 8.680344e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 907 norm(r) = 8.525697e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 908 norm(r) = 8.399976e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 909 norm(r) = 8.403154e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 910 norm(r) = 8.299878e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 911 norm(r) = 8.149663e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 912 norm(r) = 8.036990e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 913 norm(r) = 7.956314e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 914 norm(r) = 7.906910e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 915 norm(r) = 7.905816e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 916 norm(r) = 7.900540e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 917 norm(r) = 7.903006e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 918 norm(r) = 7.888319e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 919 norm(r) = 7.798888e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 920 norm(r) = 7.715394e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 921 norm(r) = 7.621276e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 922 norm(r) = 7.580058e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 923 norm(r) = 7.536854e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 924 norm(r) = 7.400558e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 925 norm(r) = 7.221431e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 926 norm(r) = 7.036744e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 927 norm(r) = 6.937929e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 928 norm(r) = 6.817422e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 929 norm(r) = 6.700704e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 930 norm(r) = 6.459630e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 930 norm(r) = 6.459630e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 931 norm(r) = 6.430365e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 932 norm(r) = 6.416709e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 933 norm(r) = 6.431829e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 934 norm(r) = 6.427978e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 935 norm(r) = 6.428549e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 936 norm(r) = 6.424363e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 937 norm(r) = 6.371962e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 938 norm(r) = 6.321574e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 939 norm(r) = 6.331183e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 940 norm(r) = 6.268002e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 941 norm(r) = 6.151667e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 942 norm(r) = 6.050956e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 943 norm(r) = 5.970490e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 944 norm(r) = 5.882717e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 945 norm(r) = 5.858753e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 946 norm(r) = 5.842567e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 947 norm(r) = 5.800182e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 948 norm(r) = 5.753456e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 949 norm(r) = 5.742869e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 950 norm(r) = 5.744366e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 951 norm(r) = 5.737976e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 952 norm(r) = 5.675678e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 953 norm(r) = 5.586597e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 954 norm(r) = 5.500116e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 955 norm(r) = 5.419091e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 956 norm(r) = 5.278670e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 957 norm(r) = 5.061337e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 958 norm(r) = 4.654080e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 959 norm(r) = 4.314559e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 960 norm(r) = 4.149192e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 960 norm(r) = 4.149192e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 961 norm(r) = 4.112100e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 962 norm(r) = 4.092797e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 963 norm(r) = 4.088853e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 964 norm(r) = 4.085514e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 965 norm(r) = 4.078900e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 966 norm(r) = 4.080178e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 967 norm(r) = 4.069784e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 968 norm(r) = 4.084963e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 969 norm(r) = 4.083822e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 970 norm(r) = 4.030039e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 971 norm(r) = 4.050306e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 972 norm(r) = 3.971527e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 973 norm(r) = 3.782080e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 974 norm(r) = 3.696789e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 975 norm(r) = 3.683763e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 976 norm(r) = 3.666397e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 977 norm(r) = 3.642899e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 978 norm(r) = 3.639415e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 979 norm(r) = 3.639242e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 980 norm(r) = 3.635265e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 981 norm(r) = 3.621529e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 982 norm(r) = 3.603933e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 983 norm(r) = 3.562561e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 984 norm(r) = 3.512183e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 985 norm(r) = 3.435869e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 986 norm(r) = 3.352265e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 987 norm(r) = 3.291472e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 988 norm(r) = 3.217038e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 989 norm(r) = 3.170342e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 990 norm(r) = 3.088750e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 990 norm(r) = 3.088750e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 991 norm(r) = 3.066364e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 992 norm(r) = 3.049596e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 993 norm(r) = 3.046839e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 994 norm(r) = 3.045257e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 995 norm(r) = 3.046419e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 996 norm(r) = 3.046049e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 997 norm(r) = 3.036565e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 998 norm(r) = 3.013132e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 999 norm(r) = 3.013647e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1000 norm(r) = 2.985244e-05; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 1000 ksp.norm= 2.37911826654e-05 reason = -3
Newton it 1 norm(r) = 2.98524e-05 norm(r)/(rtol*norm(r0)+atol) = 2.98524e+03
Step failed due to solver failure
Sequence step failed
SplitOperator_Min choose_dt_system t_system_last= 0.0 dt_system= 0.25 t_system= 0.25
Retrying sequence
Split operator iteration 0
Model: poisson_3d_tetgen_c0p2pe512
Fractional step 2.50000e-01 for model poisson_3d_tetgen_c0p2pe512
Step exact called for model poisson_3d_tetgen_c0p2pe512
StepControl base stepExact t_model= 0.25 tOut= 0.25 t_model_last= 0.0 dt_model= 0.25 setting to 0.25
Model step t= 2.50000e-01, dt= 2.50000e-01 for model poisson_3d_tetgen_c0p2pe512
Model substep t= 2.50000e-01 for model poisson_3d_tetgen_c0p2pe512
Model substep t= 2.50000e-01 for model poisson_3d_tetgen_c0p2pe512 model.timeIntegration.t= 2.50000e-01
Newton it 0 norm(r) = 2.48694e+00 norm(r)/(rtol*norm(r0)+atol) = 2.48694e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 1000 ksp.norm= 2.37911826654e-05
KSP it 0 norm(r) = 2.486943e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 4.386747e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 3.764762e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 4.118068e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 5.342874e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 5.364993e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 6.582741e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 6.720489e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 6.899600e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 7.036575e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 6.570181e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 7.015713e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 6.883602e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 7.132092e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 7.067143e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 6.200014e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 6.218085e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 6.417449e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 6.497104e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 6.435190e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 6.422506e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 6.192405e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 5.707595e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 5.375631e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 4.996013e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 4.599236e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 4.200841e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 3.810233e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 3.439873e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 3.123453e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.832392e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.832392e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 2.731145e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 2.636028e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 2.630163e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 2.582334e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 2.544967e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 2.514014e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 2.502680e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 2.463512e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 2.431258e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 2.397505e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 2.346815e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 2.267196e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 2.194334e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 2.121429e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 2.112483e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 2.099913e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 2.022302e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 2.009406e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 2.011167e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 1.930884e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 1.860841e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 1.736437e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 1.606046e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 1.488827e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 1.384380e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 1.309955e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 1.237779e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 1.185100e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 1.155312e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.112545e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.112545e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 1.101193e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 1.087967e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 63 norm(r) = 1.086544e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 64 norm(r) = 1.085654e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 65 norm(r) = 1.082727e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 66 norm(r) = 1.081643e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 67 norm(r) = 1.078949e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 68 norm(r) = 1.080978e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 69 norm(r) = 1.081646e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 70 norm(r) = 1.078102e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 71 norm(r) = 1.026766e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 72 norm(r) = 9.899429e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 73 norm(r) = 9.760274e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 74 norm(r) = 9.561762e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 75 norm(r) = 9.530032e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 76 norm(r) = 9.483994e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 77 norm(r) = 9.291417e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 78 norm(r) = 9.190418e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 79 norm(r) = 9.025491e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 80 norm(r) = 8.535620e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 81 norm(r) = 8.383963e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 82 norm(r) = 8.331835e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 83 norm(r) = 8.325191e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 84 norm(r) = 8.221193e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 85 norm(r) = 8.078088e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 86 norm(r) = 7.951760e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 87 norm(r) = 7.797495e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 88 norm(r) = 7.408411e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 89 norm(r) = 6.988361e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.647567e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.647567e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 91 norm(r) = 6.579730e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 92 norm(r) = 6.536974e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 93 norm(r) = 6.486141e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 94 norm(r) = 6.476089e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 95 norm(r) = 6.469479e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 96 norm(r) = 6.466895e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 97 norm(r) = 6.445330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 98 norm(r) = 6.433891e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 99 norm(r) = 6.425510e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 100 norm(r) = 6.329217e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 101 norm(r) = 6.305694e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 102 norm(r) = 6.224416e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 103 norm(r) = 6.011469e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 104 norm(r) = 5.845630e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 105 norm(r) = 5.771375e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 106 norm(r) = 5.756726e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 107 norm(r) = 5.735813e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 108 norm(r) = 5.694329e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 109 norm(r) = 5.695605e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 110 norm(r) = 5.691553e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 111 norm(r) = 5.689691e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 112 norm(r) = 5.682743e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 113 norm(r) = 5.653494e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 114 norm(r) = 5.562400e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 115 norm(r) = 5.429186e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 116 norm(r) = 5.213739e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 117 norm(r) = 5.075004e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 118 norm(r) = 4.966395e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 119 norm(r) = 4.867877e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.766120e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.766120e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 121 norm(r) = 4.707115e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 122 norm(r) = 4.655677e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 123 norm(r) = 4.636401e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 124 norm(r) = 4.627117e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 125 norm(r) = 4.581021e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 126 norm(r) = 4.566611e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 127 norm(r) = 4.562326e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 128 norm(r) = 4.535260e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 129 norm(r) = 4.505552e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 130 norm(r) = 4.495265e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 131 norm(r) = 4.451766e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 132 norm(r) = 4.418570e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 133 norm(r) = 4.394083e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 134 norm(r) = 4.346243e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 135 norm(r) = 4.340814e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 136 norm(r) = 4.307037e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 137 norm(r) = 4.259232e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 138 norm(r) = 4.228302e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 139 norm(r) = 4.218140e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 140 norm(r) = 4.219674e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 141 norm(r) = 4.213976e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 142 norm(r) = 4.192660e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 143 norm(r) = 4.155252e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 144 norm(r) = 4.077745e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 145 norm(r) = 3.965659e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 146 norm(r) = 3.769532e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 147 norm(r) = 3.657598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 148 norm(r) = 3.584334e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 149 norm(r) = 3.513807e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 3.298330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 3.298330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 151 norm(r) = 3.242899e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 152 norm(r) = 3.225761e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 153 norm(r) = 3.222430e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 154 norm(r) = 3.213014e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 155 norm(r) = 3.212397e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 156 norm(r) = 3.234666e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 157 norm(r) = 3.170829e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 158 norm(r) = 3.103595e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 159 norm(r) = 3.099114e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 160 norm(r) = 3.067196e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 161 norm(r) = 3.027016e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 162 norm(r) = 2.993351e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 163 norm(r) = 2.965954e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 164 norm(r) = 2.942938e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 165 norm(r) = 2.923623e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 166 norm(r) = 2.890795e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 167 norm(r) = 2.868759e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 168 norm(r) = 2.858137e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 169 norm(r) = 2.854682e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 170 norm(r) = 2.855122e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 171 norm(r) = 2.848834e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 172 norm(r) = 2.822329e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 173 norm(r) = 2.783573e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 174 norm(r) = 2.761117e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 175 norm(r) = 2.741176e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 176 norm(r) = 2.708708e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 177 norm(r) = 2.619090e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 178 norm(r) = 2.519749e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 179 norm(r) = 2.459101e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.397318e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.397318e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 181 norm(r) = 2.389069e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 182 norm(r) = 2.383287e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 183 norm(r) = 2.383511e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 184 norm(r) = 2.382187e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 185 norm(r) = 2.386800e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 186 norm(r) = 2.384987e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 187 norm(r) = 2.362248e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 188 norm(r) = 2.336347e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 189 norm(r) = 2.338723e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 190 norm(r) = 2.324027e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 191 norm(r) = 2.311533e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 192 norm(r) = 2.294539e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 193 norm(r) = 2.244562e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 194 norm(r) = 2.205129e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 195 norm(r) = 2.193246e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 196 norm(r) = 2.190810e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 197 norm(r) = 2.181869e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 198 norm(r) = 2.176923e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 199 norm(r) = 2.177139e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 200 norm(r) = 2.170419e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 201 norm(r) = 2.157663e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 202 norm(r) = 2.146047e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 203 norm(r) = 2.122427e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 204 norm(r) = 2.079343e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 205 norm(r) = 2.042520e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 206 norm(r) = 1.990234e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 207 norm(r) = 1.947473e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 208 norm(r) = 1.879091e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 209 norm(r) = 1.818091e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 1.715844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 1.715844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 211 norm(r) = 1.704522e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 212 norm(r) = 1.694714e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 213 norm(r) = 1.692310e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 214 norm(r) = 1.690959e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 215 norm(r) = 1.698906e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 216 norm(r) = 1.696999e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 217 norm(r) = 1.676981e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 218 norm(r) = 1.669164e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 219 norm(r) = 1.669780e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 220 norm(r) = 1.650490e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 221 norm(r) = 1.626831e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 222 norm(r) = 1.602044e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 223 norm(r) = 1.580970e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 224 norm(r) = 1.561771e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 225 norm(r) = 1.558535e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 226 norm(r) = 1.548598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 227 norm(r) = 1.539499e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 228 norm(r) = 1.538854e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 229 norm(r) = 1.540635e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 230 norm(r) = 1.537203e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 231 norm(r) = 1.527718e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 232 norm(r) = 1.514512e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 233 norm(r) = 1.493909e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 234 norm(r) = 1.470668e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 235 norm(r) = 1.422817e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 236 norm(r) = 1.349097e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 237 norm(r) = 1.299210e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 238 norm(r) = 1.279234e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 239 norm(r) = 1.258782e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.217394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.217394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 241 norm(r) = 1.204279e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 242 norm(r) = 1.194163e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 243 norm(r) = 1.188150e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 244 norm(r) = 1.187690e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 245 norm(r) = 1.185942e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 246 norm(r) = 1.185780e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 247 norm(r) = 1.185284e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 248 norm(r) = 1.193920e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 249 norm(r) = 1.197278e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 250 norm(r) = 1.188215e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 251 norm(r) = 1.160782e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 252 norm(r) = 1.144842e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 253 norm(r) = 1.136292e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 254 norm(r) = 1.129578e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 255 norm(r) = 1.129697e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 256 norm(r) = 1.129888e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 257 norm(r) = 1.129728e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 258 norm(r) = 1.129686e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 259 norm(r) = 1.124562e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 260 norm(r) = 1.114029e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 261 norm(r) = 1.101084e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 262 norm(r) = 1.082114e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 263 norm(r) = 1.059319e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 264 norm(r) = 1.036546e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 265 norm(r) = 1.023515e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 266 norm(r) = 1.010598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 267 norm(r) = 9.983676e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 268 norm(r) = 9.579760e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 269 norm(r) = 9.132087e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 8.566019e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 8.566019e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 271 norm(r) = 8.475405e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 272 norm(r) = 8.436954e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 273 norm(r) = 8.433215e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 274 norm(r) = 8.374722e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 275 norm(r) = 8.368506e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 276 norm(r) = 8.332114e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 277 norm(r) = 8.271020e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 278 norm(r) = 8.175122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 279 norm(r) = 8.172681e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 280 norm(r) = 8.103416e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 281 norm(r) = 8.088885e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 282 norm(r) = 8.046575e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 283 norm(r) = 7.854107e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 284 norm(r) = 7.741799e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 285 norm(r) = 7.674335e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 286 norm(r) = 7.632847e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 287 norm(r) = 7.535698e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 288 norm(r) = 7.501856e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 289 norm(r) = 7.447167e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 290 norm(r) = 7.294207e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 291 norm(r) = 7.145442e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 292 norm(r) = 6.958074e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 293 norm(r) = 6.860273e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 294 norm(r) = 6.826460e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 295 norm(r) = 6.827501e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 296 norm(r) = 6.822458e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 297 norm(r) = 6.759495e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 298 norm(r) = 6.647487e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 299 norm(r) = 6.494337e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 6.285924e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 6.285924e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 301 norm(r) = 6.259389e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 302 norm(r) = 6.236701e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 303 norm(r) = 6.258496e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 304 norm(r) = 6.302889e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 305 norm(r) = 6.307542e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 306 norm(r) = 6.279180e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 307 norm(r) = 6.177280e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 308 norm(r) = 6.070531e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 309 norm(r) = 6.095355e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 310 norm(r) = 6.011728e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 311 norm(r) = 5.846745e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 312 norm(r) = 5.722967e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 313 norm(r) = 5.656958e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 314 norm(r) = 5.574707e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 315 norm(r) = 5.560228e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 316 norm(r) = 5.542987e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 317 norm(r) = 5.504683e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 318 norm(r) = 5.508319e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 319 norm(r) = 5.512639e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 320 norm(r) = 5.489679e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 321 norm(r) = 5.435441e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 322 norm(r) = 5.351264e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 323 norm(r) = 5.276209e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 324 norm(r) = 5.191645e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 325 norm(r) = 5.108607e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 326 norm(r) = 4.933646e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 327 norm(r) = 4.610152e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 328 norm(r) = 4.457147e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 329 norm(r) = 4.273654e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 4.100670e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 4.100670e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 331 norm(r) = 4.074131e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 332 norm(r) = 4.054152e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 333 norm(r) = 4.048465e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 334 norm(r) = 4.044003e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 335 norm(r) = 4.044602e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 336 norm(r) = 4.034111e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 337 norm(r) = 4.004959e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 338 norm(r) = 4.008708e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 339 norm(r) = 4.005740e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 340 norm(r) = 3.923982e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 341 norm(r) = 3.844726e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 342 norm(r) = 3.762217e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 343 norm(r) = 3.719282e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 344 norm(r) = 3.694254e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 345 norm(r) = 3.690260e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 346 norm(r) = 3.675760e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 347 norm(r) = 3.659265e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 348 norm(r) = 3.629044e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 349 norm(r) = 3.605981e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 350 norm(r) = 3.590956e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 351 norm(r) = 3.591141e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 352 norm(r) = 3.585158e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 353 norm(r) = 3.516097e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 354 norm(r) = 3.440009e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 355 norm(r) = 3.395939e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 356 norm(r) = 3.349333e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 357 norm(r) = 3.298823e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 358 norm(r) = 3.175262e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 359 norm(r) = 3.081428e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 2.998122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 2.998122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 361 norm(r) = 2.959687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 362 norm(r) = 2.934978e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 363 norm(r) = 2.922373e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 364 norm(r) = 2.921346e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 365 norm(r) = 2.909706e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 366 norm(r) = 2.907564e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 367 norm(r) = 2.892289e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 368 norm(r) = 2.877484e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 369 norm(r) = 2.867571e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 370 norm(r) = 2.843166e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 371 norm(r) = 2.814595e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 372 norm(r) = 2.797091e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 373 norm(r) = 2.780325e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 374 norm(r) = 2.754658e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 375 norm(r) = 2.754258e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 376 norm(r) = 2.738962e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 377 norm(r) = 2.714612e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 378 norm(r) = 2.705432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 379 norm(r) = 2.706062e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 380 norm(r) = 2.698372e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 381 norm(r) = 2.672129e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 382 norm(r) = 2.653355e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 383 norm(r) = 2.630081e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 384 norm(r) = 2.598534e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 385 norm(r) = 2.553914e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 386 norm(r) = 2.482958e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 387 norm(r) = 2.433214e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 388 norm(r) = 2.387733e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 389 norm(r) = 2.352925e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 2.286400e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 2.286400e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 391 norm(r) = 2.274354e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 392 norm(r) = 2.267279e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 393 norm(r) = 2.268755e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 394 norm(r) = 2.274630e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 395 norm(r) = 2.278276e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 396 norm(r) = 2.272687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 397 norm(r) = 2.241577e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 398 norm(r) = 2.214712e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 399 norm(r) = 2.217918e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 400 norm(r) = 2.184957e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 401 norm(r) = 2.147955e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 402 norm(r) = 2.116062e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 403 norm(r) = 2.087727e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 404 norm(r) = 2.064256e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 405 norm(r) = 2.062292e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 406 norm(r) = 2.045649e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 407 norm(r) = 2.033748e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 408 norm(r) = 2.029368e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 409 norm(r) = 2.030286e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 410 norm(r) = 2.025687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 411 norm(r) = 2.015100e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 412 norm(r) = 2.003567e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 413 norm(r) = 1.989534e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 414 norm(r) = 1.958781e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 415 norm(r) = 1.907282e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 416 norm(r) = 1.826845e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 417 norm(r) = 1.778349e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 418 norm(r) = 1.749897e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 419 norm(r) = 1.726443e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 1.670752e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 1.670752e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 421 norm(r) = 1.664111e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 422 norm(r) = 1.658873e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 423 norm(r) = 1.658397e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 424 norm(r) = 1.657259e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 425 norm(r) = 1.665278e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 426 norm(r) = 1.665767e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 427 norm(r) = 1.644539e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 428 norm(r) = 1.619259e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 429 norm(r) = 1.620244e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 430 norm(r) = 1.605599e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 431 norm(r) = 1.565941e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 432 norm(r) = 1.532290e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 433 norm(r) = 1.512695e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 434 norm(r) = 1.501665e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 435 norm(r) = 1.501850e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 436 norm(r) = 1.502379e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 437 norm(r) = 1.501021e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 438 norm(r) = 1.500300e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 439 norm(r) = 1.495727e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 440 norm(r) = 1.488891e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 441 norm(r) = 1.478188e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 442 norm(r) = 1.468993e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 443 norm(r) = 1.457350e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 444 norm(r) = 1.428839e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 445 norm(r) = 1.395166e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 446 norm(r) = 1.353844e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 447 norm(r) = 1.333464e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 448 norm(r) = 1.313457e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 449 norm(r) = 1.280223e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 450 norm(r) = 1.222432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 450 norm(r) = 1.222432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 451 norm(r) = 1.210439e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 452 norm(r) = 1.207031e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 453 norm(r) = 1.202298e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 454 norm(r) = 1.201204e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 455 norm(r) = 1.201089e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 456 norm(r) = 1.201071e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 457 norm(r) = 1.199165e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 458 norm(r) = 1.203831e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 459 norm(r) = 1.203860e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 460 norm(r) = 1.191467e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 461 norm(r) = 1.176895e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 462 norm(r) = 1.165888e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 463 norm(r) = 1.151870e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 464 norm(r) = 1.138433e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 465 norm(r) = 1.135907e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 466 norm(r) = 1.131136e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 467 norm(r) = 1.122411e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 468 norm(r) = 1.114185e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 469 norm(r) = 1.114244e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 470 norm(r) = 1.112015e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 471 norm(r) = 1.102682e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 472 norm(r) = 1.095951e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 473 norm(r) = 1.088640e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 474 norm(r) = 1.080210e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 475 norm(r) = 1.061734e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 476 norm(r) = 1.031328e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 477 norm(r) = 9.930930e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 478 norm(r) = 9.547409e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 479 norm(r) = 9.291886e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 480 norm(r) = 9.008118e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 480 norm(r) = 9.008118e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 481 norm(r) = 8.868159e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 482 norm(r) = 8.755042e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 483 norm(r) = 8.749774e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 484 norm(r) = 8.688915e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 485 norm(r) = 8.685182e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 486 norm(r) = 8.665363e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 487 norm(r) = 8.631129e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 488 norm(r) = 8.546678e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 489 norm(r) = 8.538321e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 490 norm(r) = 8.445913e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 491 norm(r) = 8.366687e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 492 norm(r) = 8.317108e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 493 norm(r) = 8.243057e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 494 norm(r) = 8.173738e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 495 norm(r) = 8.169297e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 496 norm(r) = 8.145720e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 497 norm(r) = 8.104963e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 498 norm(r) = 8.090885e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 499 norm(r) = 8.092152e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 500 norm(r) = 8.072160e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 501 norm(r) = 8.004774e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 502 norm(r) = 7.959183e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 503 norm(r) = 7.905527e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 504 norm(r) = 7.824028e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 505 norm(r) = 7.701149e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 506 norm(r) = 7.468816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 507 norm(r) = 7.300160e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 508 norm(r) = 7.149416e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 509 norm(r) = 7.053642e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 510 norm(r) = 6.887395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 510 norm(r) = 6.887395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 511 norm(r) = 6.852630e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 512 norm(r) = 6.829373e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 513 norm(r) = 6.827150e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 514 norm(r) = 6.822514e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 515 norm(r) = 6.835773e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 516 norm(r) = 6.834825e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 517 norm(r) = 6.762790e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 518 norm(r) = 6.703941e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 519 norm(r) = 6.712740e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 520 norm(r) = 6.623746e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 521 norm(r) = 6.498613e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 522 norm(r) = 6.378366e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 523 norm(r) = 6.283957e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 524 norm(r) = 6.183316e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 525 norm(r) = 6.175557e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 526 norm(r) = 6.158415e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 527 norm(r) = 6.145340e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 528 norm(r) = 6.120395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 529 norm(r) = 6.122114e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 530 norm(r) = 6.111323e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 531 norm(r) = 6.077973e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 532 norm(r) = 6.032702e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 533 norm(r) = 5.949329e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 534 norm(r) = 5.843081e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 535 norm(r) = 5.718067e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 536 norm(r) = 5.490410e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 537 norm(r) = 5.339660e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 538 norm(r) = 5.137178e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 539 norm(r) = 4.885333e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 540 norm(r) = 4.362213e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 540 norm(r) = 4.362213e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 541 norm(r) = 4.276095e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 542 norm(r) = 4.233528e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 543 norm(r) = 4.238076e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 544 norm(r) = 4.234509e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 545 norm(r) = 4.246633e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 546 norm(r) = 4.257367e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 547 norm(r) = 4.204725e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 548 norm(r) = 4.095432e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 549 norm(r) = 4.090318e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 550 norm(r) = 4.053526e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 551 norm(r) = 4.005230e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 552 norm(r) = 3.983152e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 553 norm(r) = 3.961115e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 554 norm(r) = 3.934655e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 555 norm(r) = 3.929202e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 556 norm(r) = 3.910714e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 557 norm(r) = 3.897142e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 558 norm(r) = 3.883143e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 559 norm(r) = 3.884521e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 560 norm(r) = 3.876737e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 561 norm(r) = 3.793221e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 562 norm(r) = 3.689908e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 563 norm(r) = 3.618057e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 564 norm(r) = 3.577174e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 565 norm(r) = 3.550920e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 566 norm(r) = 3.503503e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 567 norm(r) = 3.437252e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 568 norm(r) = 3.336037e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 569 norm(r) = 3.266974e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 570 norm(r) = 3.175831e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 570 norm(r) = 3.175831e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 571 norm(r) = 3.163523e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 572 norm(r) = 3.155816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 573 norm(r) = 3.155025e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 574 norm(r) = 3.153341e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 575 norm(r) = 3.158922e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 576 norm(r) = 3.154595e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 577 norm(r) = 3.139835e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 578 norm(r) = 3.126816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 579 norm(r) = 3.127455e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 580 norm(r) = 3.105712e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 581 norm(r) = 3.082421e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 582 norm(r) = 3.057752e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 583 norm(r) = 3.019065e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 584 norm(r) = 2.989489e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 585 norm(r) = 2.986575e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 586 norm(r) = 2.968196e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 587 norm(r) = 2.949535e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 588 norm(r) = 2.942893e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 589 norm(r) = 2.940760e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 590 norm(r) = 2.922652e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 591 norm(r) = 2.895667e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 592 norm(r) = 2.879335e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 593 norm(r) = 2.862430e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 594 norm(r) = 2.812401e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 595 norm(r) = 2.741322e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 596 norm(r) = 2.642122e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 597 norm(r) = 2.544762e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 598 norm(r) = 2.421088e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 599 norm(r) = 2.321159e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 600 norm(r) = 2.207104e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 600 norm(r) = 2.207104e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 601 norm(r) = 2.183198e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 602 norm(r) = 2.170411e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 603 norm(r) = 2.168019e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 604 norm(r) = 2.167281e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 605 norm(r) = 2.167196e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 606 norm(r) = 2.167185e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 607 norm(r) = 2.166814e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 608 norm(r) = 2.185014e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 609 norm(r) = 2.186046e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 610 norm(r) = 2.161644e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 611 norm(r) = 2.110561e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 612 norm(r) = 2.072823e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 613 norm(r) = 2.023563e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 614 norm(r) = 1.983657e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 615 norm(r) = 1.975956e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 616 norm(r) = 1.974675e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 617 norm(r) = 1.973399e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 618 norm(r) = 1.973225e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 619 norm(r) = 1.970459e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 620 norm(r) = 1.960713e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 621 norm(r) = 1.934179e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 622 norm(r) = 1.918126e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 623 norm(r) = 1.902939e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 624 norm(r) = 1.887619e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 625 norm(r) = 1.861899e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 626 norm(r) = 1.804323e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 627 norm(r) = 1.752542e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 628 norm(r) = 1.706925e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 629 norm(r) = 1.685240e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 630 norm(r) = 1.654437e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 630 norm(r) = 1.654437e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 631 norm(r) = 1.638732e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 632 norm(r) = 1.626773e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 633 norm(r) = 1.625772e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 634 norm(r) = 1.617075e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 635 norm(r) = 1.616502e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 636 norm(r) = 1.614553e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 637 norm(r) = 1.612880e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 638 norm(r) = 1.605327e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 639 norm(r) = 1.601997e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 640 norm(r) = 1.592078e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 641 norm(r) = 1.581445e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 642 norm(r) = 1.566978e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 643 norm(r) = 1.543694e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 644 norm(r) = 1.520634e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 645 norm(r) = 1.518262e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 646 norm(r) = 1.503461e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 647 norm(r) = 1.487064e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 648 norm(r) = 1.480403e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 649 norm(r) = 1.480900e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 650 norm(r) = 1.480953e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 651 norm(r) = 1.478712e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 652 norm(r) = 1.474331e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 653 norm(r) = 1.466310e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 654 norm(r) = 1.437166e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 655 norm(r) = 1.399348e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 656 norm(r) = 1.336228e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 657 norm(r) = 1.305226e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 658 norm(r) = 1.278048e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 659 norm(r) = 1.250865e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 660 norm(r) = 1.210452e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 660 norm(r) = 1.210452e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 661 norm(r) = 1.204278e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 662 norm(r) = 1.199499e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 663 norm(r) = 1.200014e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 664 norm(r) = 1.199027e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 665 norm(r) = 1.207956e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 666 norm(r) = 1.209533e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 667 norm(r) = 1.182724e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 668 norm(r) = 1.161475e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 669 norm(r) = 1.162592e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 670 norm(r) = 1.148793e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 671 norm(r) = 1.119567e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 672 norm(r) = 1.098855e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 673 norm(r) = 1.078993e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 674 norm(r) = 1.064123e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 675 norm(r) = 1.062633e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 676 norm(r) = 1.062958e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 677 norm(r) = 1.063138e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 678 norm(r) = 1.063403e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 679 norm(r) = 1.062468e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 680 norm(r) = 1.057331e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 681 norm(r) = 1.046356e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 682 norm(r) = 1.036364e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 683 norm(r) = 1.019443e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 684 norm(r) = 9.992776e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 685 norm(r) = 9.814226e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 686 norm(r) = 9.584547e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 687 norm(r) = 9.435818e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 688 norm(r) = 9.290006e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 689 norm(r) = 9.134033e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 690 norm(r) = 8.672428e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 690 norm(r) = 8.672428e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 691 norm(r) = 8.595226e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 692 norm(r) = 8.562232e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 693 norm(r) = 8.563807e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 694 norm(r) = 8.555396e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 695 norm(r) = 8.553707e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 696 norm(r) = 8.564290e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 697 norm(r) = 8.509850e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 698 norm(r) = 8.447548e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 699 norm(r) = 8.454994e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 700 norm(r) = 8.387424e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 701 norm(r) = 8.314583e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 702 norm(r) = 8.265613e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 703 norm(r) = 8.220805e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 704 norm(r) = 8.168756e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 705 norm(r) = 8.160010e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 706 norm(r) = 8.136940e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 707 norm(r) = 8.107008e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 708 norm(r) = 8.084004e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 709 norm(r) = 8.085129e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 710 norm(r) = 8.040746e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 711 norm(r) = 7.945214e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 712 norm(r) = 7.789736e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 713 norm(r) = 7.677184e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 714 norm(r) = 7.582686e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 715 norm(r) = 7.503830e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 716 norm(r) = 7.326694e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 717 norm(r) = 7.049094e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 718 norm(r) = 6.722223e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 719 norm(r) = 6.491046e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 720 norm(r) = 6.153560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 720 norm(r) = 6.153560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 721 norm(r) = 6.114263e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 722 norm(r) = 6.089220e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 723 norm(r) = 6.087928e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 724 norm(r) = 6.086259e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 725 norm(r) = 6.095545e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 726 norm(r) = 6.095974e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 727 norm(r) = 6.057605e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 728 norm(r) = 6.026350e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 729 norm(r) = 6.027675e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 730 norm(r) = 5.986560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 731 norm(r) = 5.920636e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 732 norm(r) = 5.865918e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 733 norm(r) = 5.742145e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 734 norm(r) = 5.639228e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 735 norm(r) = 5.608879e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 736 norm(r) = 5.601020e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 737 norm(r) = 5.584755e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 738 norm(r) = 5.580874e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 739 norm(r) = 5.579276e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 740 norm(r) = 5.558308e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 741 norm(r) = 5.506993e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 742 norm(r) = 5.474295e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 743 norm(r) = 5.439533e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 744 norm(r) = 5.371824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 745 norm(r) = 5.295683e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 746 norm(r) = 5.160943e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 747 norm(r) = 5.020062e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 748 norm(r) = 4.822068e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 749 norm(r) = 4.686775e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 750 norm(r) = 4.585876e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 750 norm(r) = 4.585876e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 751 norm(r) = 4.544177e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 752 norm(r) = 4.519372e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 753 norm(r) = 4.478992e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 754 norm(r) = 4.473668e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 755 norm(r) = 4.441884e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 756 norm(r) = 4.427513e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 757 norm(r) = 4.414261e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 758 norm(r) = 4.367569e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 759 norm(r) = 4.308605e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 760 norm(r) = 4.306430e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 761 norm(r) = 4.312437e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 762 norm(r) = 4.299640e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 763 norm(r) = 4.262767e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 764 norm(r) = 4.219700e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 765 norm(r) = 4.217479e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 766 norm(r) = 4.198823e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 767 norm(r) = 4.170794e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 768 norm(r) = 4.156217e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 769 norm(r) = 4.156221e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 770 norm(r) = 4.142791e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 771 norm(r) = 4.118688e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 772 norm(r) = 4.091116e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 773 norm(r) = 4.067047e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 774 norm(r) = 4.010792e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 775 norm(r) = 3.912060e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 776 norm(r) = 3.734536e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 777 norm(r) = 3.611234e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 778 norm(r) = 3.538772e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 779 norm(r) = 3.478517e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 780 norm(r) = 3.405486e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 780 norm(r) = 3.405486e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 781 norm(r) = 3.383573e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 782 norm(r) = 3.370822e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 783 norm(r) = 3.376317e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 784 norm(r) = 3.375770e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 785 norm(r) = 3.360922e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 786 norm(r) = 3.367481e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 787 norm(r) = 3.329799e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 788 norm(r) = 3.291990e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 789 norm(r) = 3.292389e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 790 norm(r) = 3.258307e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 791 norm(r) = 3.194395e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 792 norm(r) = 3.154054e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 793 norm(r) = 3.097906e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 794 norm(r) = 3.058837e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 795 norm(r) = 3.055719e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 796 norm(r) = 3.041845e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 797 norm(r) = 3.018510e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 798 norm(r) = 3.015397e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 799 norm(r) = 3.017145e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 800 norm(r) = 3.015091e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 801 norm(r) = 3.000993e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 802 norm(r) = 2.989135e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 803 norm(r) = 2.969900e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 804 norm(r) = 2.923634e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 805 norm(r) = 2.864161e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 806 norm(r) = 2.767537e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 807 norm(r) = 2.724966e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 808 norm(r) = 2.687943e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 809 norm(r) = 2.655550e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 810 norm(r) = 2.575809e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 810 norm(r) = 2.575809e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 811 norm(r) = 2.565407e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 812 norm(r) = 2.558712e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 813 norm(r) = 2.558662e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 814 norm(r) = 2.556021e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 815 norm(r) = 2.568509e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 816 norm(r) = 2.565366e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 817 norm(r) = 2.533284e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 818 norm(r) = 2.508552e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 819 norm(r) = 2.512373e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 820 norm(r) = 2.480831e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 821 norm(r) = 2.441086e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 822 norm(r) = 2.406396e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 823 norm(r) = 2.384553e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 824 norm(r) = 2.364073e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 825 norm(r) = 2.364356e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 826 norm(r) = 2.362829e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 827 norm(r) = 2.364762e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 828 norm(r) = 2.364897e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 829 norm(r) = 2.358850e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 830 norm(r) = 2.337828e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 831 norm(r) = 2.312347e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 832 norm(r) = 2.279104e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 833 norm(r) = 2.232769e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 834 norm(r) = 2.175999e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 835 norm(r) = 2.140773e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 836 norm(r) = 2.100132e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 837 norm(r) = 2.051729e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 838 norm(r) = 1.934474e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 839 norm(r) = 1.780803e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 840 norm(r) = 1.619748e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 840 norm(r) = 1.619748e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 841 norm(r) = 1.599237e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 842 norm(r) = 1.592010e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 843 norm(r) = 1.588997e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 844 norm(r) = 1.588647e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 845 norm(r) = 1.587837e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 846 norm(r) = 1.587732e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 847 norm(r) = 1.587443e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 848 norm(r) = 1.594362e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 849 norm(r) = 1.594197e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 850 norm(r) = 1.573893e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 851 norm(r) = 1.568508e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 852 norm(r) = 1.554867e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 853 norm(r) = 1.513218e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 854 norm(r) = 1.470551e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 855 norm(r) = 1.454462e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 856 norm(r) = 1.448466e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 857 norm(r) = 1.432919e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 858 norm(r) = 1.428059e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 859 norm(r) = 1.427635e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 860 norm(r) = 1.427612e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 861 norm(r) = 1.425379e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 862 norm(r) = 1.421019e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 863 norm(r) = 1.407490e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 864 norm(r) = 1.389237e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 865 norm(r) = 1.366782e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 866 norm(r) = 1.333314e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 867 norm(r) = 1.302183e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 868 norm(r) = 1.262211e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 869 norm(r) = 1.232381e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 870 norm(r) = 1.200824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 870 norm(r) = 1.200824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 871 norm(r) = 1.192985e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 872 norm(r) = 1.178995e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 873 norm(r) = 1.177652e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 874 norm(r) = 1.172660e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 875 norm(r) = 1.165555e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 876 norm(r) = 1.164234e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 877 norm(r) = 1.163084e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 878 norm(r) = 1.156406e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 879 norm(r) = 1.152986e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 880 norm(r) = 1.147057e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 881 norm(r) = 1.142138e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 882 norm(r) = 1.132013e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 883 norm(r) = 1.119925e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 884 norm(r) = 1.101948e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 885 norm(r) = 1.098269e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 886 norm(r) = 1.091468e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 887 norm(r) = 1.066400e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 888 norm(r) = 1.047478e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 889 norm(r) = 1.036119e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 890 norm(r) = 1.031964e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 891 norm(r) = 1.031842e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 892 norm(r) = 1.030833e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 893 norm(r) = 1.029064e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 894 norm(r) = 1.022451e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 895 norm(r) = 1.001329e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 896 norm(r) = 9.613011e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 897 norm(r) = 9.288684e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 898 norm(r) = 9.069204e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 899 norm(r) = 8.917787e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 900 norm(r) = 8.721232e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 900 norm(r) = 8.721232e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 901 norm(r) = 8.682399e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 902 norm(r) = 8.660717e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 903 norm(r) = 8.658475e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 904 norm(r) = 8.649447e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 905 norm(r) = 8.697545e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 906 norm(r) = 8.680344e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 907 norm(r) = 8.525697e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 908 norm(r) = 8.399976e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 909 norm(r) = 8.403154e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 910 norm(r) = 8.299878e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 911 norm(r) = 8.149663e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 912 norm(r) = 8.036990e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 913 norm(r) = 7.956314e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 914 norm(r) = 7.906910e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 915 norm(r) = 7.905816e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 916 norm(r) = 7.900540e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 917 norm(r) = 7.903006e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 918 norm(r) = 7.888319e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 919 norm(r) = 7.798888e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 920 norm(r) = 7.715394e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 921 norm(r) = 7.621276e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 922 norm(r) = 7.580058e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 923 norm(r) = 7.536854e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 924 norm(r) = 7.400558e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 925 norm(r) = 7.221431e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 926 norm(r) = 7.036744e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 927 norm(r) = 6.937929e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 928 norm(r) = 6.817422e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 929 norm(r) = 6.700704e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 930 norm(r) = 6.459630e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 930 norm(r) = 6.459630e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 931 norm(r) = 6.430365e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 932 norm(r) = 6.416709e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 933 norm(r) = 6.431829e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 934 norm(r) = 6.427978e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 935 norm(r) = 6.428549e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 936 norm(r) = 6.424363e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 937 norm(r) = 6.371962e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 938 norm(r) = 6.321574e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 939 norm(r) = 6.331183e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 940 norm(r) = 6.268002e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 941 norm(r) = 6.151667e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 942 norm(r) = 6.050956e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 943 norm(r) = 5.970490e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 944 norm(r) = 5.882717e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 945 norm(r) = 5.858753e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 946 norm(r) = 5.842567e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 947 norm(r) = 5.800182e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 948 norm(r) = 5.753456e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 949 norm(r) = 5.742869e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 950 norm(r) = 5.744366e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 951 norm(r) = 5.737976e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 952 norm(r) = 5.675678e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 953 norm(r) = 5.586597e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 954 norm(r) = 5.500116e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 955 norm(r) = 5.419091e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 956 norm(r) = 5.278670e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 957 norm(r) = 5.061337e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 958 norm(r) = 4.654080e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 959 norm(r) = 4.314559e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 960 norm(r) = 4.149192e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 960 norm(r) = 4.149192e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 961 norm(r) = 4.112100e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 962 norm(r) = 4.092797e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 963 norm(r) = 4.088853e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 964 norm(r) = 4.085514e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 965 norm(r) = 4.078900e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 966 norm(r) = 4.080178e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 967 norm(r) = 4.069784e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 968 norm(r) = 4.084963e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 969 norm(r) = 4.083822e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 970 norm(r) = 4.030039e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 971 norm(r) = 4.050306e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 972 norm(r) = 3.971527e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 973 norm(r) = 3.782080e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 974 norm(r) = 3.696789e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 975 norm(r) = 3.683763e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 976 norm(r) = 3.666397e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 977 norm(r) = 3.642899e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 978 norm(r) = 3.639415e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 979 norm(r) = 3.639242e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 980 norm(r) = 3.635265e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 981 norm(r) = 3.621529e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 982 norm(r) = 3.603933e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 983 norm(r) = 3.562561e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 984 norm(r) = 3.512183e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 985 norm(r) = 3.435869e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 986 norm(r) = 3.352265e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 987 norm(r) = 3.291472e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 988 norm(r) = 3.217038e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 989 norm(r) = 3.170342e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 990 norm(r) = 3.088750e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 990 norm(r) = 3.088750e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 991 norm(r) = 3.066364e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 992 norm(r) = 3.049596e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 993 norm(r) = 3.046839e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 994 norm(r) = 3.045257e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 995 norm(r) = 3.046419e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 996 norm(r) = 3.046049e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 997 norm(r) = 3.036565e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 998 norm(r) = 3.013132e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 999 norm(r) = 3.013647e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1000 norm(r) = 2.985244e-05; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 1000 ksp.norm= 2.37911826654e-05 reason = -3
Newton it 1 norm(r) = 2.98524e-05 norm(r)/(rtol*norm(r0)+atol) = 2.98524e+03
Step failed due to solver failure
Sequence step failed
SplitOperator_Min choose_dt_system t_system_last= 0.0 dt_system= 0.125 t_system= 0.125
Retrying sequence
Split operator iteration 0
Model: poisson_3d_tetgen_c0p2pe512
Fractional step 1.25000e-01 for model poisson_3d_tetgen_c0p2pe512
Step exact called for model poisson_3d_tetgen_c0p2pe512
StepControl base stepExact t_model= 0.125 tOut= 0.125 t_model_last= 0.0 dt_model= 0.125 setting to 0.125
Model step t= 1.25000e-01, dt= 1.25000e-01 for model poisson_3d_tetgen_c0p2pe512
Model substep t= 1.25000e-01 for model poisson_3d_tetgen_c0p2pe512
Model substep t= 1.25000e-01 for model poisson_3d_tetgen_c0p2pe512 model.timeIntegration.t= 1.25000e-01
Newton it 0 norm(r) = 2.48694e+00 norm(r)/(rtol*norm(r0)+atol) = 2.48694e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 1000 ksp.norm= 2.37911826654e-05
KSP it 0 norm(r) = 2.486943e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 4.386747e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 3.764762e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 4.118068e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 5.342874e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 5.364993e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 6.582741e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 6.720489e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 6.899600e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 7.036575e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 6.570181e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 7.015713e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 6.883602e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 7.132092e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 7.067143e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 6.200014e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 6.218085e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 6.417449e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 6.497104e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 6.435190e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 6.422506e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 6.192405e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 5.707595e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 5.375631e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 4.996013e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 4.599236e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 4.200841e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 3.810233e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 3.439873e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 3.123453e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.832392e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.832392e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 2.731145e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 2.636028e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 2.630163e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 2.582334e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 2.544967e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 2.514014e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 2.502680e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 2.463512e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 2.431258e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 2.397505e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 2.346815e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 2.267196e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 2.194334e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 2.121429e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 2.112483e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 2.099913e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 2.022302e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 2.009406e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 2.011167e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 1.930884e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 1.860841e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 1.736437e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 1.606046e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 1.488827e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 1.384380e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 1.309955e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 1.237779e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 1.185100e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 1.155312e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.112545e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.112545e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 1.101193e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 1.087967e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 63 norm(r) = 1.086544e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 64 norm(r) = 1.085654e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 65 norm(r) = 1.082727e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 66 norm(r) = 1.081643e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 67 norm(r) = 1.078949e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 68 norm(r) = 1.080978e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 69 norm(r) = 1.081646e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 70 norm(r) = 1.078102e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 71 norm(r) = 1.026766e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 72 norm(r) = 9.899429e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 73 norm(r) = 9.760274e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 74 norm(r) = 9.561762e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 75 norm(r) = 9.530032e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 76 norm(r) = 9.483994e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 77 norm(r) = 9.291417e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 78 norm(r) = 9.190418e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 79 norm(r) = 9.025491e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 80 norm(r) = 8.535620e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 81 norm(r) = 8.383963e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 82 norm(r) = 8.331835e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 83 norm(r) = 8.325191e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 84 norm(r) = 8.221193e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 85 norm(r) = 8.078088e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 86 norm(r) = 7.951760e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 87 norm(r) = 7.797495e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 88 norm(r) = 7.408411e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 89 norm(r) = 6.988361e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.647567e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.647567e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 91 norm(r) = 6.579730e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 92 norm(r) = 6.536974e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 93 norm(r) = 6.486141e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 94 norm(r) = 6.476089e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 95 norm(r) = 6.469479e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 96 norm(r) = 6.466895e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 97 norm(r) = 6.445330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 98 norm(r) = 6.433891e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 99 norm(r) = 6.425510e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 100 norm(r) = 6.329217e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 101 norm(r) = 6.305694e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 102 norm(r) = 6.224416e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 103 norm(r) = 6.011469e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 104 norm(r) = 5.845630e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 105 norm(r) = 5.771375e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 106 norm(r) = 5.756726e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 107 norm(r) = 5.735813e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 108 norm(r) = 5.694329e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 109 norm(r) = 5.695605e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 110 norm(r) = 5.691553e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 111 norm(r) = 5.689691e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 112 norm(r) = 5.682743e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 113 norm(r) = 5.653494e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 114 norm(r) = 5.562400e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 115 norm(r) = 5.429186e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 116 norm(r) = 5.213739e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 117 norm(r) = 5.075004e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 118 norm(r) = 4.966395e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 119 norm(r) = 4.867877e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.766120e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.766120e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 121 norm(r) = 4.707115e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 122 norm(r) = 4.655677e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 123 norm(r) = 4.636401e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 124 norm(r) = 4.627117e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 125 norm(r) = 4.581021e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 126 norm(r) = 4.566611e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 127 norm(r) = 4.562326e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 128 norm(r) = 4.535260e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 129 norm(r) = 4.505552e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 130 norm(r) = 4.495265e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 131 norm(r) = 4.451766e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 132 norm(r) = 4.418570e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 133 norm(r) = 4.394083e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 134 norm(r) = 4.346243e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 135 norm(r) = 4.340814e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 136 norm(r) = 4.307037e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 137 norm(r) = 4.259232e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 138 norm(r) = 4.228302e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 139 norm(r) = 4.218140e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 140 norm(r) = 4.219674e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 141 norm(r) = 4.213976e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 142 norm(r) = 4.192660e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 143 norm(r) = 4.155252e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 144 norm(r) = 4.077745e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 145 norm(r) = 3.965659e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 146 norm(r) = 3.769532e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 147 norm(r) = 3.657598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 148 norm(r) = 3.584334e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 149 norm(r) = 3.513807e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 3.298330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 3.298330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 151 norm(r) = 3.242899e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 152 norm(r) = 3.225761e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 153 norm(r) = 3.222430e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 154 norm(r) = 3.213014e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 155 norm(r) = 3.212397e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 156 norm(r) = 3.234666e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 157 norm(r) = 3.170829e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 158 norm(r) = 3.103595e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 159 norm(r) = 3.099114e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 160 norm(r) = 3.067196e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 161 norm(r) = 3.027016e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 162 norm(r) = 2.993351e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 163 norm(r) = 2.965954e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 164 norm(r) = 2.942938e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 165 norm(r) = 2.923623e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 166 norm(r) = 2.890795e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 167 norm(r) = 2.868759e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 168 norm(r) = 2.858137e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 169 norm(r) = 2.854682e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 170 norm(r) = 2.855122e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 171 norm(r) = 2.848834e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 172 norm(r) = 2.822329e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 173 norm(r) = 2.783573e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 174 norm(r) = 2.761117e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 175 norm(r) = 2.741176e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 176 norm(r) = 2.708708e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 177 norm(r) = 2.619090e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 178 norm(r) = 2.519749e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 179 norm(r) = 2.459101e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.397318e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.397318e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 181 norm(r) = 2.389069e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 182 norm(r) = 2.383287e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 183 norm(r) = 2.383511e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 184 norm(r) = 2.382187e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 185 norm(r) = 2.386800e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 186 norm(r) = 2.384987e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 187 norm(r) = 2.362248e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 188 norm(r) = 2.336347e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 189 norm(r) = 2.338723e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 190 norm(r) = 2.324027e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 191 norm(r) = 2.311533e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 192 norm(r) = 2.294539e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 193 norm(r) = 2.244562e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 194 norm(r) = 2.205129e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 195 norm(r) = 2.193246e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 196 norm(r) = 2.190810e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 197 norm(r) = 2.181869e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 198 norm(r) = 2.176923e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 199 norm(r) = 2.177139e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 200 norm(r) = 2.170419e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 201 norm(r) = 2.157663e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 202 norm(r) = 2.146047e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 203 norm(r) = 2.122427e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 204 norm(r) = 2.079343e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 205 norm(r) = 2.042520e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 206 norm(r) = 1.990234e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 207 norm(r) = 1.947473e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 208 norm(r) = 1.879091e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 209 norm(r) = 1.818091e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 1.715844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 1.715844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 211 norm(r) = 1.704522e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 212 norm(r) = 1.694714e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 213 norm(r) = 1.692310e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 214 norm(r) = 1.690959e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 215 norm(r) = 1.698906e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 216 norm(r) = 1.696999e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 217 norm(r) = 1.676981e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 218 norm(r) = 1.669164e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 219 norm(r) = 1.669780e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 220 norm(r) = 1.650490e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 221 norm(r) = 1.626831e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 222 norm(r) = 1.602044e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 223 norm(r) = 1.580970e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 224 norm(r) = 1.561771e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 225 norm(r) = 1.558535e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 226 norm(r) = 1.548598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 227 norm(r) = 1.539499e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 228 norm(r) = 1.538854e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 229 norm(r) = 1.540635e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 230 norm(r) = 1.537203e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 231 norm(r) = 1.527718e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 232 norm(r) = 1.514512e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 233 norm(r) = 1.493909e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 234 norm(r) = 1.470668e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 235 norm(r) = 1.422817e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 236 norm(r) = 1.349097e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 237 norm(r) = 1.299210e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 238 norm(r) = 1.279234e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 239 norm(r) = 1.258782e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.217394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.217394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 241 norm(r) = 1.204279e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 242 norm(r) = 1.194163e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 243 norm(r) = 1.188150e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 244 norm(r) = 1.187690e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 245 norm(r) = 1.185942e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 246 norm(r) = 1.185780e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 247 norm(r) = 1.185284e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 248 norm(r) = 1.193920e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 249 norm(r) = 1.197278e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 250 norm(r) = 1.188215e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 251 norm(r) = 1.160782e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 252 norm(r) = 1.144842e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 253 norm(r) = 1.136292e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 254 norm(r) = 1.129578e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 255 norm(r) = 1.129697e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 256 norm(r) = 1.129888e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 257 norm(r) = 1.129728e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 258 norm(r) = 1.129686e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 259 norm(r) = 1.124562e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 260 norm(r) = 1.114029e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 261 norm(r) = 1.101084e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 262 norm(r) = 1.082114e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 263 norm(r) = 1.059319e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 264 norm(r) = 1.036546e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 265 norm(r) = 1.023515e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 266 norm(r) = 1.010598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 267 norm(r) = 9.983676e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 268 norm(r) = 9.579760e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 269 norm(r) = 9.132087e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 8.566019e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 8.566019e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 271 norm(r) = 8.475405e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 272 norm(r) = 8.436954e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 273 norm(r) = 8.433215e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 274 norm(r) = 8.374722e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 275 norm(r) = 8.368506e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 276 norm(r) = 8.332114e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 277 norm(r) = 8.271020e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 278 norm(r) = 8.175122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 279 norm(r) = 8.172681e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 280 norm(r) = 8.103416e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 281 norm(r) = 8.088885e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 282 norm(r) = 8.046575e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 283 norm(r) = 7.854107e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 284 norm(r) = 7.741799e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 285 norm(r) = 7.674335e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 286 norm(r) = 7.632847e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 287 norm(r) = 7.535698e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 288 norm(r) = 7.501856e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 289 norm(r) = 7.447167e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 290 norm(r) = 7.294207e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 291 norm(r) = 7.145442e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 292 norm(r) = 6.958074e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 293 norm(r) = 6.860273e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 294 norm(r) = 6.826460e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 295 norm(r) = 6.827501e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 296 norm(r) = 6.822458e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 297 norm(r) = 6.759495e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 298 norm(r) = 6.647487e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 299 norm(r) = 6.494337e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 6.285924e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 6.285924e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 301 norm(r) = 6.259389e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 302 norm(r) = 6.236701e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 303 norm(r) = 6.258496e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 304 norm(r) = 6.302889e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 305 norm(r) = 6.307542e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 306 norm(r) = 6.279180e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 307 norm(r) = 6.177280e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 308 norm(r) = 6.070531e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 309 norm(r) = 6.095355e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 310 norm(r) = 6.011728e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 311 norm(r) = 5.846745e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 312 norm(r) = 5.722967e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 313 norm(r) = 5.656958e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 314 norm(r) = 5.574707e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 315 norm(r) = 5.560228e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 316 norm(r) = 5.542987e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 317 norm(r) = 5.504683e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 318 norm(r) = 5.508319e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 319 norm(r) = 5.512639e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 320 norm(r) = 5.489679e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 321 norm(r) = 5.435441e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 322 norm(r) = 5.351264e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 323 norm(r) = 5.276209e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 324 norm(r) = 5.191645e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 325 norm(r) = 5.108607e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 326 norm(r) = 4.933646e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 327 norm(r) = 4.610152e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 328 norm(r) = 4.457147e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 329 norm(r) = 4.273654e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 4.100670e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 4.100670e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 331 norm(r) = 4.074131e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 332 norm(r) = 4.054152e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 333 norm(r) = 4.048465e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 334 norm(r) = 4.044003e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 335 norm(r) = 4.044602e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 336 norm(r) = 4.034111e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 337 norm(r) = 4.004959e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 338 norm(r) = 4.008708e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 339 norm(r) = 4.005740e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 340 norm(r) = 3.923982e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 341 norm(r) = 3.844726e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 342 norm(r) = 3.762217e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 343 norm(r) = 3.719282e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 344 norm(r) = 3.694254e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 345 norm(r) = 3.690260e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 346 norm(r) = 3.675760e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 347 norm(r) = 3.659265e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 348 norm(r) = 3.629044e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 349 norm(r) = 3.605981e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 350 norm(r) = 3.590956e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 351 norm(r) = 3.591141e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 352 norm(r) = 3.585158e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 353 norm(r) = 3.516097e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 354 norm(r) = 3.440009e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 355 norm(r) = 3.395939e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 356 norm(r) = 3.349333e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 357 norm(r) = 3.298823e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 358 norm(r) = 3.175262e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 359 norm(r) = 3.081428e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 2.998122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 2.998122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 361 norm(r) = 2.959687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 362 norm(r) = 2.934978e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 363 norm(r) = 2.922373e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 364 norm(r) = 2.921346e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 365 norm(r) = 2.909706e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 366 norm(r) = 2.907564e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 367 norm(r) = 2.892289e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 368 norm(r) = 2.877484e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 369 norm(r) = 2.867571e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 370 norm(r) = 2.843166e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 371 norm(r) = 2.814595e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 372 norm(r) = 2.797091e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 373 norm(r) = 2.780325e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 374 norm(r) = 2.754658e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 375 norm(r) = 2.754258e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 376 norm(r) = 2.738962e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 377 norm(r) = 2.714612e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 378 norm(r) = 2.705432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 379 norm(r) = 2.706062e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 380 norm(r) = 2.698372e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 381 norm(r) = 2.672129e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 382 norm(r) = 2.653355e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 383 norm(r) = 2.630081e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 384 norm(r) = 2.598534e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 385 norm(r) = 2.553914e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 386 norm(r) = 2.482958e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 387 norm(r) = 2.433214e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 388 norm(r) = 2.387733e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 389 norm(r) = 2.352925e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 2.286400e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 2.286400e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 391 norm(r) = 2.274354e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 392 norm(r) = 2.267279e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 393 norm(r) = 2.268755e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 394 norm(r) = 2.274630e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 395 norm(r) = 2.278276e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 396 norm(r) = 2.272687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 397 norm(r) = 2.241577e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 398 norm(r) = 2.214712e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 399 norm(r) = 2.217918e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 400 norm(r) = 2.184957e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 401 norm(r) = 2.147955e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 402 norm(r) = 2.116062e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 403 norm(r) = 2.087727e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 404 norm(r) = 2.064256e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 405 norm(r) = 2.062292e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 406 norm(r) = 2.045649e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 407 norm(r) = 2.033748e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 408 norm(r) = 2.029368e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 409 norm(r) = 2.030286e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 410 norm(r) = 2.025687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 411 norm(r) = 2.015100e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 412 norm(r) = 2.003567e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 413 norm(r) = 1.989534e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 414 norm(r) = 1.958781e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 415 norm(r) = 1.907282e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 416 norm(r) = 1.826845e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 417 norm(r) = 1.778349e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 418 norm(r) = 1.749897e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 419 norm(r) = 1.726443e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 1.670752e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 1.670752e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 421 norm(r) = 1.664111e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 422 norm(r) = 1.658873e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 423 norm(r) = 1.658397e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 424 norm(r) = 1.657259e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 425 norm(r) = 1.665278e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 426 norm(r) = 1.665767e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 427 norm(r) = 1.644539e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 428 norm(r) = 1.619259e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 429 norm(r) = 1.620244e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 430 norm(r) = 1.605599e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 431 norm(r) = 1.565941e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 432 norm(r) = 1.532290e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 433 norm(r) = 1.512695e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 434 norm(r) = 1.501665e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 435 norm(r) = 1.501850e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 436 norm(r) = 1.502379e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 437 norm(r) = 1.501021e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 438 norm(r) = 1.500300e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 439 norm(r) = 1.495727e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 440 norm(r) = 1.488891e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 441 norm(r) = 1.478188e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 442 norm(r) = 1.468993e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 443 norm(r) = 1.457350e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 444 norm(r) = 1.428839e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 445 norm(r) = 1.395166e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 446 norm(r) = 1.353844e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 447 norm(r) = 1.333464e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 448 norm(r) = 1.313457e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 449 norm(r) = 1.280223e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 450 norm(r) = 1.222432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 450 norm(r) = 1.222432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 451 norm(r) = 1.210439e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 452 norm(r) = 1.207031e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 453 norm(r) = 1.202298e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 454 norm(r) = 1.201204e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 455 norm(r) = 1.201089e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 456 norm(r) = 1.201071e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 457 norm(r) = 1.199165e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 458 norm(r) = 1.203831e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 459 norm(r) = 1.203860e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 460 norm(r) = 1.191467e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 461 norm(r) = 1.176895e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 462 norm(r) = 1.165888e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 463 norm(r) = 1.151870e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 464 norm(r) = 1.138433e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 465 norm(r) = 1.135907e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 466 norm(r) = 1.131136e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 467 norm(r) = 1.122411e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 468 norm(r) = 1.114185e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 469 norm(r) = 1.114244e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 470 norm(r) = 1.112015e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 471 norm(r) = 1.102682e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 472 norm(r) = 1.095951e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 473 norm(r) = 1.088640e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 474 norm(r) = 1.080210e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 475 norm(r) = 1.061734e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 476 norm(r) = 1.031328e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 477 norm(r) = 9.930930e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 478 norm(r) = 9.547409e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 479 norm(r) = 9.291886e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 480 norm(r) = 9.008118e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 480 norm(r) = 9.008118e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 481 norm(r) = 8.868159e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 482 norm(r) = 8.755042e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 483 norm(r) = 8.749774e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 484 norm(r) = 8.688915e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 485 norm(r) = 8.685182e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 486 norm(r) = 8.665363e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 487 norm(r) = 8.631129e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 488 norm(r) = 8.546678e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 489 norm(r) = 8.538321e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 490 norm(r) = 8.445913e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 491 norm(r) = 8.366687e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 492 norm(r) = 8.317108e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 493 norm(r) = 8.243057e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 494 norm(r) = 8.173738e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 495 norm(r) = 8.169297e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 496 norm(r) = 8.145720e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 497 norm(r) = 8.104963e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 498 norm(r) = 8.090885e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 499 norm(r) = 8.092152e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 500 norm(r) = 8.072160e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 501 norm(r) = 8.004774e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 502 norm(r) = 7.959183e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 503 norm(r) = 7.905527e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 504 norm(r) = 7.824028e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 505 norm(r) = 7.701149e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 506 norm(r) = 7.468816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 507 norm(r) = 7.300160e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 508 norm(r) = 7.149416e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 509 norm(r) = 7.053642e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 510 norm(r) = 6.887395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 510 norm(r) = 6.887395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 511 norm(r) = 6.852630e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 512 norm(r) = 6.829373e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 513 norm(r) = 6.827150e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 514 norm(r) = 6.822514e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 515 norm(r) = 6.835773e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 516 norm(r) = 6.834825e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 517 norm(r) = 6.762790e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 518 norm(r) = 6.703941e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 519 norm(r) = 6.712740e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 520 norm(r) = 6.623746e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 521 norm(r) = 6.498613e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 522 norm(r) = 6.378366e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 523 norm(r) = 6.283957e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 524 norm(r) = 6.183316e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 525 norm(r) = 6.175557e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 526 norm(r) = 6.158415e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 527 norm(r) = 6.145340e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 528 norm(r) = 6.120395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 529 norm(r) = 6.122114e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 530 norm(r) = 6.111323e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 531 norm(r) = 6.077973e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 532 norm(r) = 6.032702e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 533 norm(r) = 5.949329e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 534 norm(r) = 5.843081e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 535 norm(r) = 5.718067e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 536 norm(r) = 5.490410e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 537 norm(r) = 5.339660e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 538 norm(r) = 5.137178e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 539 norm(r) = 4.885333e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 540 norm(r) = 4.362213e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 540 norm(r) = 4.362213e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 541 norm(r) = 4.276095e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 542 norm(r) = 4.233528e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 543 norm(r) = 4.238076e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 544 norm(r) = 4.234509e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 545 norm(r) = 4.246633e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 546 norm(r) = 4.257367e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 547 norm(r) = 4.204725e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 548 norm(r) = 4.095432e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 549 norm(r) = 4.090318e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 550 norm(r) = 4.053526e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 551 norm(r) = 4.005230e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 552 norm(r) = 3.983152e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 553 norm(r) = 3.961115e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 554 norm(r) = 3.934655e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 555 norm(r) = 3.929202e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 556 norm(r) = 3.910714e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 557 norm(r) = 3.897142e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 558 norm(r) = 3.883143e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 559 norm(r) = 3.884521e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 560 norm(r) = 3.876737e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 561 norm(r) = 3.793221e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 562 norm(r) = 3.689908e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 563 norm(r) = 3.618057e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 564 norm(r) = 3.577174e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 565 norm(r) = 3.550920e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 566 norm(r) = 3.503503e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 567 norm(r) = 3.437252e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 568 norm(r) = 3.336037e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 569 norm(r) = 3.266974e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 570 norm(r) = 3.175831e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 570 norm(r) = 3.175831e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 571 norm(r) = 3.163523e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 572 norm(r) = 3.155816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 573 norm(r) = 3.155025e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 574 norm(r) = 3.153341e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 575 norm(r) = 3.158922e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 576 norm(r) = 3.154595e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 577 norm(r) = 3.139835e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 578 norm(r) = 3.126816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 579 norm(r) = 3.127455e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 580 norm(r) = 3.105712e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 581 norm(r) = 3.082421e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 582 norm(r) = 3.057752e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 583 norm(r) = 3.019065e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 584 norm(r) = 2.989489e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 585 norm(r) = 2.986575e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 586 norm(r) = 2.968196e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 587 norm(r) = 2.949535e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 588 norm(r) = 2.942893e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 589 norm(r) = 2.940760e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 590 norm(r) = 2.922652e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 591 norm(r) = 2.895667e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 592 norm(r) = 2.879335e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 593 norm(r) = 2.862430e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 594 norm(r) = 2.812401e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 595 norm(r) = 2.741322e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 596 norm(r) = 2.642122e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 597 norm(r) = 2.544762e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 598 norm(r) = 2.421088e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 599 norm(r) = 2.321159e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 600 norm(r) = 2.207104e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 600 norm(r) = 2.207104e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 601 norm(r) = 2.183198e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 602 norm(r) = 2.170411e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 603 norm(r) = 2.168019e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 604 norm(r) = 2.167281e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 605 norm(r) = 2.167196e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 606 norm(r) = 2.167185e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 607 norm(r) = 2.166814e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 608 norm(r) = 2.185014e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 609 norm(r) = 2.186046e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 610 norm(r) = 2.161644e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 611 norm(r) = 2.110561e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 612 norm(r) = 2.072823e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 613 norm(r) = 2.023563e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 614 norm(r) = 1.983657e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 615 norm(r) = 1.975956e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 616 norm(r) = 1.974675e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 617 norm(r) = 1.973399e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 618 norm(r) = 1.973225e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 619 norm(r) = 1.970459e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 620 norm(r) = 1.960713e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 621 norm(r) = 1.934179e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 622 norm(r) = 1.918126e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 623 norm(r) = 1.902939e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 624 norm(r) = 1.887619e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 625 norm(r) = 1.861899e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 626 norm(r) = 1.804323e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 627 norm(r) = 1.752542e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 628 norm(r) = 1.706925e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 629 norm(r) = 1.685240e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 630 norm(r) = 1.654437e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 630 norm(r) = 1.654437e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 631 norm(r) = 1.638732e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 632 norm(r) = 1.626773e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 633 norm(r) = 1.625772e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 634 norm(r) = 1.617075e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 635 norm(r) = 1.616502e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 636 norm(r) = 1.614553e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 637 norm(r) = 1.612880e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 638 norm(r) = 1.605327e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 639 norm(r) = 1.601997e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 640 norm(r) = 1.592078e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 641 norm(r) = 1.581445e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 642 norm(r) = 1.566978e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 643 norm(r) = 1.543694e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 644 norm(r) = 1.520634e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 645 norm(r) = 1.518262e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 646 norm(r) = 1.503461e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 647 norm(r) = 1.487064e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 648 norm(r) = 1.480403e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 649 norm(r) = 1.480900e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 650 norm(r) = 1.480953e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 651 norm(r) = 1.478712e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 652 norm(r) = 1.474331e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 653 norm(r) = 1.466310e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 654 norm(r) = 1.437166e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 655 norm(r) = 1.399348e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 656 norm(r) = 1.336228e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 657 norm(r) = 1.305226e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 658 norm(r) = 1.278048e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 659 norm(r) = 1.250865e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 660 norm(r) = 1.210452e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 660 norm(r) = 1.210452e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 661 norm(r) = 1.204278e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 662 norm(r) = 1.199499e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 663 norm(r) = 1.200014e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 664 norm(r) = 1.199027e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 665 norm(r) = 1.207956e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 666 norm(r) = 1.209533e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 667 norm(r) = 1.182724e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 668 norm(r) = 1.161475e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 669 norm(r) = 1.162592e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 670 norm(r) = 1.148793e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 671 norm(r) = 1.119567e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 672 norm(r) = 1.098855e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 673 norm(r) = 1.078993e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 674 norm(r) = 1.064123e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 675 norm(r) = 1.062633e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 676 norm(r) = 1.062958e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 677 norm(r) = 1.063138e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 678 norm(r) = 1.063403e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 679 norm(r) = 1.062468e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 680 norm(r) = 1.057331e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 681 norm(r) = 1.046356e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 682 norm(r) = 1.036364e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 683 norm(r) = 1.019443e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 684 norm(r) = 9.992776e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 685 norm(r) = 9.814226e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 686 norm(r) = 9.584547e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 687 norm(r) = 9.435818e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 688 norm(r) = 9.290006e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 689 norm(r) = 9.134033e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 690 norm(r) = 8.672428e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 690 norm(r) = 8.672428e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 691 norm(r) = 8.595226e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 692 norm(r) = 8.562232e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 693 norm(r) = 8.563807e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 694 norm(r) = 8.555396e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 695 norm(r) = 8.553707e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 696 norm(r) = 8.564290e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 697 norm(r) = 8.509850e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 698 norm(r) = 8.447548e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 699 norm(r) = 8.454994e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 700 norm(r) = 8.387424e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 701 norm(r) = 8.314583e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 702 norm(r) = 8.265613e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 703 norm(r) = 8.220805e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 704 norm(r) = 8.168756e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 705 norm(r) = 8.160010e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 706 norm(r) = 8.136940e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 707 norm(r) = 8.107008e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 708 norm(r) = 8.084004e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 709 norm(r) = 8.085129e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 710 norm(r) = 8.040746e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 711 norm(r) = 7.945214e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 712 norm(r) = 7.789736e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 713 norm(r) = 7.677184e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 714 norm(r) = 7.582686e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 715 norm(r) = 7.503830e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 716 norm(r) = 7.326694e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 717 norm(r) = 7.049094e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 718 norm(r) = 6.722223e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 719 norm(r) = 6.491046e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 720 norm(r) = 6.153560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 720 norm(r) = 6.153560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 721 norm(r) = 6.114263e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 722 norm(r) = 6.089220e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 723 norm(r) = 6.087928e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 724 norm(r) = 6.086259e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 725 norm(r) = 6.095545e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 726 norm(r) = 6.095974e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 727 norm(r) = 6.057605e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 728 norm(r) = 6.026350e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 729 norm(r) = 6.027675e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 730 norm(r) = 5.986560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 731 norm(r) = 5.920636e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 732 norm(r) = 5.865918e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 733 norm(r) = 5.742145e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 734 norm(r) = 5.639228e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 735 norm(r) = 5.608879e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 736 norm(r) = 5.601020e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 737 norm(r) = 5.584755e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 738 norm(r) = 5.580874e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 739 norm(r) = 5.579276e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 740 norm(r) = 5.558308e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 741 norm(r) = 5.506993e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 742 norm(r) = 5.474295e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 743 norm(r) = 5.439533e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 744 norm(r) = 5.371824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 745 norm(r) = 5.295683e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 746 norm(r) = 5.160943e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 747 norm(r) = 5.020062e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 748 norm(r) = 4.822068e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 749 norm(r) = 4.686775e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 750 norm(r) = 4.585876e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 750 norm(r) = 4.585876e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 751 norm(r) = 4.544177e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 752 norm(r) = 4.519372e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 753 norm(r) = 4.478992e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 754 norm(r) = 4.473668e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 755 norm(r) = 4.441884e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 756 norm(r) = 4.427513e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 757 norm(r) = 4.414261e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 758 norm(r) = 4.367569e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 759 norm(r) = 4.308605e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 760 norm(r) = 4.306430e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 761 norm(r) = 4.312437e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 762 norm(r) = 4.299640e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 763 norm(r) = 4.262767e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 764 norm(r) = 4.219700e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 765 norm(r) = 4.217479e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 766 norm(r) = 4.198823e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 767 norm(r) = 4.170794e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 768 norm(r) = 4.156217e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 769 norm(r) = 4.156221e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 770 norm(r) = 4.142791e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 771 norm(r) = 4.118688e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 772 norm(r) = 4.091116e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 773 norm(r) = 4.067047e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 774 norm(r) = 4.010792e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 775 norm(r) = 3.912060e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 776 norm(r) = 3.734536e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 777 norm(r) = 3.611234e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 778 norm(r) = 3.538772e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 779 norm(r) = 3.478517e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 780 norm(r) = 3.405486e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 780 norm(r) = 3.405486e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 781 norm(r) = 3.383573e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 782 norm(r) = 3.370822e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 783 norm(r) = 3.376317e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 784 norm(r) = 3.375770e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 785 norm(r) = 3.360922e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 786 norm(r) = 3.367481e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 787 norm(r) = 3.329799e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 788 norm(r) = 3.291990e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 789 norm(r) = 3.292389e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 790 norm(r) = 3.258307e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 791 norm(r) = 3.194395e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 792 norm(r) = 3.154054e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 793 norm(r) = 3.097906e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 794 norm(r) = 3.058837e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 795 norm(r) = 3.055719e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 796 norm(r) = 3.041845e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 797 norm(r) = 3.018510e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 798 norm(r) = 3.015397e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 799 norm(r) = 3.017145e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 800 norm(r) = 3.015091e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 801 norm(r) = 3.000993e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 802 norm(r) = 2.989135e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 803 norm(r) = 2.969900e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 804 norm(r) = 2.923634e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 805 norm(r) = 2.864161e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 806 norm(r) = 2.767537e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 807 norm(r) = 2.724966e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 808 norm(r) = 2.687943e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 809 norm(r) = 2.655550e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 810 norm(r) = 2.575809e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 810 norm(r) = 2.575809e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 811 norm(r) = 2.565407e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 812 norm(r) = 2.558712e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 813 norm(r) = 2.558662e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 814 norm(r) = 2.556021e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 815 norm(r) = 2.568509e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 816 norm(r) = 2.565366e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 817 norm(r) = 2.533284e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 818 norm(r) = 2.508552e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 819 norm(r) = 2.512373e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 820 norm(r) = 2.480831e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 821 norm(r) = 2.441086e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 822 norm(r) = 2.406396e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 823 norm(r) = 2.384553e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 824 norm(r) = 2.364073e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 825 norm(r) = 2.364356e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 826 norm(r) = 2.362829e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 827 norm(r) = 2.364762e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 828 norm(r) = 2.364897e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 829 norm(r) = 2.358850e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 830 norm(r) = 2.337828e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 831 norm(r) = 2.312347e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 832 norm(r) = 2.279104e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 833 norm(r) = 2.232769e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 834 norm(r) = 2.175999e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 835 norm(r) = 2.140773e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 836 norm(r) = 2.100132e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 837 norm(r) = 2.051729e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 838 norm(r) = 1.934474e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 839 norm(r) = 1.780803e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 840 norm(r) = 1.619748e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 840 norm(r) = 1.619748e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 841 norm(r) = 1.599237e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 842 norm(r) = 1.592010e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 843 norm(r) = 1.588997e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 844 norm(r) = 1.588647e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 845 norm(r) = 1.587837e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 846 norm(r) = 1.587732e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 847 norm(r) = 1.587443e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 848 norm(r) = 1.594362e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 849 norm(r) = 1.594197e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 850 norm(r) = 1.573893e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 851 norm(r) = 1.568508e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 852 norm(r) = 1.554867e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 853 norm(r) = 1.513218e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 854 norm(r) = 1.470551e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 855 norm(r) = 1.454462e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 856 norm(r) = 1.448466e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 857 norm(r) = 1.432919e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 858 norm(r) = 1.428059e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 859 norm(r) = 1.427635e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 860 norm(r) = 1.427612e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 861 norm(r) = 1.425379e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 862 norm(r) = 1.421019e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 863 norm(r) = 1.407490e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 864 norm(r) = 1.389237e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 865 norm(r) = 1.366782e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 866 norm(r) = 1.333314e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 867 norm(r) = 1.302183e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 868 norm(r) = 1.262211e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 869 norm(r) = 1.232381e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 870 norm(r) = 1.200824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 870 norm(r) = 1.200824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 871 norm(r) = 1.192985e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 872 norm(r) = 1.178995e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 873 norm(r) = 1.177652e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 874 norm(r) = 1.172660e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 875 norm(r) = 1.165555e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 876 norm(r) = 1.164234e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 877 norm(r) = 1.163084e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 878 norm(r) = 1.156406e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 879 norm(r) = 1.152986e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 880 norm(r) = 1.147057e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 881 norm(r) = 1.142138e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 882 norm(r) = 1.132013e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 883 norm(r) = 1.119925e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 884 norm(r) = 1.101948e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 885 norm(r) = 1.098269e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 886 norm(r) = 1.091468e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 887 norm(r) = 1.066400e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 888 norm(r) = 1.047478e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 889 norm(r) = 1.036119e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 890 norm(r) = 1.031964e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 891 norm(r) = 1.031842e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 892 norm(r) = 1.030833e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 893 norm(r) = 1.029064e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 894 norm(r) = 1.022451e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 895 norm(r) = 1.001329e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 896 norm(r) = 9.613011e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 897 norm(r) = 9.288684e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 898 norm(r) = 9.069204e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 899 norm(r) = 8.917787e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 900 norm(r) = 8.721232e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 900 norm(r) = 8.721232e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 901 norm(r) = 8.682399e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 902 norm(r) = 8.660717e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 903 norm(r) = 8.658475e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 904 norm(r) = 8.649447e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 905 norm(r) = 8.697545e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 906 norm(r) = 8.680344e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 907 norm(r) = 8.525697e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 908 norm(r) = 8.399976e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 909 norm(r) = 8.403154e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 910 norm(r) = 8.299878e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 911 norm(r) = 8.149663e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 912 norm(r) = 8.036990e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 913 norm(r) = 7.956314e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 914 norm(r) = 7.906910e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 915 norm(r) = 7.905816e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 916 norm(r) = 7.900540e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 917 norm(r) = 7.903006e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 918 norm(r) = 7.888319e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 919 norm(r) = 7.798888e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 920 norm(r) = 7.715394e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 921 norm(r) = 7.621276e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 922 norm(r) = 7.580058e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 923 norm(r) = 7.536854e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 924 norm(r) = 7.400558e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 925 norm(r) = 7.221431e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 926 norm(r) = 7.036744e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 927 norm(r) = 6.937929e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 928 norm(r) = 6.817422e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 929 norm(r) = 6.700704e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 930 norm(r) = 6.459630e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 930 norm(r) = 6.459630e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 931 norm(r) = 6.430365e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 932 norm(r) = 6.416709e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 933 norm(r) = 6.431829e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 934 norm(r) = 6.427978e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 935 norm(r) = 6.428549e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 936 norm(r) = 6.424363e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 937 norm(r) = 6.371962e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 938 norm(r) = 6.321574e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 939 norm(r) = 6.331183e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 940 norm(r) = 6.268002e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 941 norm(r) = 6.151667e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 942 norm(r) = 6.050956e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 943 norm(r) = 5.970490e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 944 norm(r) = 5.882717e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 945 norm(r) = 5.858753e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 946 norm(r) = 5.842567e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 947 norm(r) = 5.800182e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 948 norm(r) = 5.753456e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 949 norm(r) = 5.742869e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 950 norm(r) = 5.744366e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 951 norm(r) = 5.737976e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 952 norm(r) = 5.675678e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 953 norm(r) = 5.586597e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 954 norm(r) = 5.500116e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 955 norm(r) = 5.419091e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 956 norm(r) = 5.278670e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 957 norm(r) = 5.061337e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 958 norm(r) = 4.654080e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 959 norm(r) = 4.314559e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 960 norm(r) = 4.149192e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 960 norm(r) = 4.149192e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 961 norm(r) = 4.112100e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 962 norm(r) = 4.092797e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 963 norm(r) = 4.088853e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 964 norm(r) = 4.085514e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 965 norm(r) = 4.078900e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 966 norm(r) = 4.080178e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 967 norm(r) = 4.069784e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 968 norm(r) = 4.084963e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 969 norm(r) = 4.083822e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 970 norm(r) = 4.030039e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 971 norm(r) = 4.050306e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 972 norm(r) = 3.971527e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 973 norm(r) = 3.782080e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 974 norm(r) = 3.696789e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 975 norm(r) = 3.683763e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 976 norm(r) = 3.666397e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 977 norm(r) = 3.642899e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 978 norm(r) = 3.639415e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 979 norm(r) = 3.639242e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 980 norm(r) = 3.635265e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 981 norm(r) = 3.621529e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 982 norm(r) = 3.603933e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 983 norm(r) = 3.562561e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 984 norm(r) = 3.512183e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 985 norm(r) = 3.435869e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 986 norm(r) = 3.352265e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 987 norm(r) = 3.291472e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 988 norm(r) = 3.217038e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 989 norm(r) = 3.170342e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 990 norm(r) = 3.088750e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 990 norm(r) = 3.088750e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 991 norm(r) = 3.066364e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 992 norm(r) = 3.049596e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 993 norm(r) = 3.046839e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 994 norm(r) = 3.045257e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 995 norm(r) = 3.046419e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 996 norm(r) = 3.046049e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 997 norm(r) = 3.036565e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 998 norm(r) = 3.013132e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 999 norm(r) = 3.013647e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1000 norm(r) = 2.985244e-05; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 1000 ksp.norm= 2.37911826654e-05 reason = -3
Newton it 1 norm(r) = 2.98524e-05 norm(r)/(rtol*norm(r0)+atol) = 2.98524e+03
Step failed due to solver failure
Sequence step failed
SplitOperator_Min choose_dt_system t_system_last= 0.0 dt_system= 0.0625 t_system= 0.0625
Retrying sequence
Split operator iteration 0
Model: poisson_3d_tetgen_c0p2pe512
Fractional step 6.25000e-02 for model poisson_3d_tetgen_c0p2pe512
Step exact called for model poisson_3d_tetgen_c0p2pe512
StepControl base stepExact t_model= 0.0625 tOut= 0.0625 t_model_last= 0.0 dt_model= 0.0625 setting to 0.0625
Model step t= 6.25000e-02, dt= 6.25000e-02 for model poisson_3d_tetgen_c0p2pe512
Model substep t= 6.25000e-02 for model poisson_3d_tetgen_c0p2pe512
Model substep t= 6.25000e-02 for model poisson_3d_tetgen_c0p2pe512 model.timeIntegration.t= 6.25000e-02
Newton it 0 norm(r) = 2.48694e+00 norm(r)/(rtol*norm(r0)+atol) = 2.48694e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 1000 ksp.norm= 2.37911826654e-05
KSP it 0 norm(r) = 2.486943e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 4.386747e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 3.764762e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 4.118068e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 5.342874e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 5.364993e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 6.582741e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 6.720489e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 6.899600e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 7.036575e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 6.570181e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 7.015713e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 6.883602e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 7.132092e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 7.067143e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 6.200014e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 6.218085e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 6.417449e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 6.497104e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 6.435190e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 6.422506e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 6.192405e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 5.707595e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 5.375631e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 4.996013e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 4.599236e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 4.200841e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 3.810233e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 3.439873e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 3.123453e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.832392e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.832392e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 2.731145e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 2.636028e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 2.630163e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 2.582334e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 2.544967e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 2.514014e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 2.502680e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 2.463512e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 2.431258e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 2.397505e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 2.346815e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 2.267196e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 2.194334e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 2.121429e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 2.112483e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 2.099913e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 2.022302e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 2.009406e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 2.011167e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 1.930884e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 1.860841e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 1.736437e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 1.606046e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 1.488827e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 1.384380e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 1.309955e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 1.237779e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 1.185100e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 1.155312e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.112545e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.112545e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 1.101193e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 1.087967e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 63 norm(r) = 1.086544e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 64 norm(r) = 1.085654e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 65 norm(r) = 1.082727e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 66 norm(r) = 1.081643e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 67 norm(r) = 1.078949e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 68 norm(r) = 1.080978e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 69 norm(r) = 1.081646e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 70 norm(r) = 1.078102e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 71 norm(r) = 1.026766e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 72 norm(r) = 9.899429e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 73 norm(r) = 9.760274e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 74 norm(r) = 9.561762e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 75 norm(r) = 9.530032e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 76 norm(r) = 9.483994e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 77 norm(r) = 9.291417e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 78 norm(r) = 9.190418e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 79 norm(r) = 9.025491e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 80 norm(r) = 8.535620e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 81 norm(r) = 8.383963e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 82 norm(r) = 8.331835e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 83 norm(r) = 8.325191e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 84 norm(r) = 8.221193e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 85 norm(r) = 8.078088e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 86 norm(r) = 7.951760e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 87 norm(r) = 7.797495e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 88 norm(r) = 7.408411e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 89 norm(r) = 6.988361e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.647567e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.647567e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 91 norm(r) = 6.579730e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 92 norm(r) = 6.536974e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 93 norm(r) = 6.486141e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 94 norm(r) = 6.476089e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 95 norm(r) = 6.469479e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 96 norm(r) = 6.466895e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 97 norm(r) = 6.445330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 98 norm(r) = 6.433891e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 99 norm(r) = 6.425510e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 100 norm(r) = 6.329217e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 101 norm(r) = 6.305694e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 102 norm(r) = 6.224416e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 103 norm(r) = 6.011469e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 104 norm(r) = 5.845630e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 105 norm(r) = 5.771375e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 106 norm(r) = 5.756726e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 107 norm(r) = 5.735813e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 108 norm(r) = 5.694329e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 109 norm(r) = 5.695605e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 110 norm(r) = 5.691553e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 111 norm(r) = 5.689691e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 112 norm(r) = 5.682743e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 113 norm(r) = 5.653494e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 114 norm(r) = 5.562400e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 115 norm(r) = 5.429186e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 116 norm(r) = 5.213739e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 117 norm(r) = 5.075004e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 118 norm(r) = 4.966395e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 119 norm(r) = 4.867877e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.766120e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.766120e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 121 norm(r) = 4.707115e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 122 norm(r) = 4.655677e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 123 norm(r) = 4.636401e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 124 norm(r) = 4.627117e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 125 norm(r) = 4.581021e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 126 norm(r) = 4.566611e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 127 norm(r) = 4.562326e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 128 norm(r) = 4.535260e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 129 norm(r) = 4.505552e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 130 norm(r) = 4.495265e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 131 norm(r) = 4.451766e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 132 norm(r) = 4.418570e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 133 norm(r) = 4.394083e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 134 norm(r) = 4.346243e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 135 norm(r) = 4.340814e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 136 norm(r) = 4.307037e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 137 norm(r) = 4.259232e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 138 norm(r) = 4.228302e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 139 norm(r) = 4.218140e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 140 norm(r) = 4.219674e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 141 norm(r) = 4.213976e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 142 norm(r) = 4.192660e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 143 norm(r) = 4.155252e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 144 norm(r) = 4.077745e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 145 norm(r) = 3.965659e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 146 norm(r) = 3.769532e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 147 norm(r) = 3.657598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 148 norm(r) = 3.584334e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 149 norm(r) = 3.513807e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 3.298330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 3.298330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 151 norm(r) = 3.242899e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 152 norm(r) = 3.225761e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 153 norm(r) = 3.222430e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 154 norm(r) = 3.213014e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 155 norm(r) = 3.212397e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 156 norm(r) = 3.234666e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 157 norm(r) = 3.170829e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 158 norm(r) = 3.103595e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 159 norm(r) = 3.099114e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 160 norm(r) = 3.067196e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 161 norm(r) = 3.027016e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 162 norm(r) = 2.993351e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 163 norm(r) = 2.965954e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 164 norm(r) = 2.942938e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 165 norm(r) = 2.923623e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 166 norm(r) = 2.890795e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 167 norm(r) = 2.868759e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 168 norm(r) = 2.858137e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 169 norm(r) = 2.854682e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 170 norm(r) = 2.855122e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 171 norm(r) = 2.848834e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 172 norm(r) = 2.822329e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 173 norm(r) = 2.783573e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 174 norm(r) = 2.761117e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 175 norm(r) = 2.741176e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 176 norm(r) = 2.708708e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 177 norm(r) = 2.619090e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 178 norm(r) = 2.519749e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 179 norm(r) = 2.459101e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.397318e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.397318e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 181 norm(r) = 2.389069e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 182 norm(r) = 2.383287e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 183 norm(r) = 2.383511e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 184 norm(r) = 2.382187e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 185 norm(r) = 2.386800e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 186 norm(r) = 2.384987e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 187 norm(r) = 2.362248e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 188 norm(r) = 2.336347e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 189 norm(r) = 2.338723e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 190 norm(r) = 2.324027e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 191 norm(r) = 2.311533e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 192 norm(r) = 2.294539e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 193 norm(r) = 2.244562e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 194 norm(r) = 2.205129e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 195 norm(r) = 2.193246e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 196 norm(r) = 2.190810e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 197 norm(r) = 2.181869e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 198 norm(r) = 2.176923e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 199 norm(r) = 2.177139e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 200 norm(r) = 2.170419e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 201 norm(r) = 2.157663e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 202 norm(r) = 2.146047e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 203 norm(r) = 2.122427e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 204 norm(r) = 2.079343e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 205 norm(r) = 2.042520e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 206 norm(r) = 1.990234e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 207 norm(r) = 1.947473e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 208 norm(r) = 1.879091e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 209 norm(r) = 1.818091e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 1.715844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 1.715844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 211 norm(r) = 1.704522e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 212 norm(r) = 1.694714e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 213 norm(r) = 1.692310e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 214 norm(r) = 1.690959e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 215 norm(r) = 1.698906e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 216 norm(r) = 1.696999e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 217 norm(r) = 1.676981e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 218 norm(r) = 1.669164e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 219 norm(r) = 1.669780e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 220 norm(r) = 1.650490e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 221 norm(r) = 1.626831e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 222 norm(r) = 1.602044e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 223 norm(r) = 1.580970e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 224 norm(r) = 1.561771e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 225 norm(r) = 1.558535e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 226 norm(r) = 1.548598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 227 norm(r) = 1.539499e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 228 norm(r) = 1.538854e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 229 norm(r) = 1.540635e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 230 norm(r) = 1.537203e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 231 norm(r) = 1.527718e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 232 norm(r) = 1.514512e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 233 norm(r) = 1.493909e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 234 norm(r) = 1.470668e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 235 norm(r) = 1.422817e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 236 norm(r) = 1.349097e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 237 norm(r) = 1.299210e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 238 norm(r) = 1.279234e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 239 norm(r) = 1.258782e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.217394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.217394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 241 norm(r) = 1.204279e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 242 norm(r) = 1.194163e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 243 norm(r) = 1.188150e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 244 norm(r) = 1.187690e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 245 norm(r) = 1.185942e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 246 norm(r) = 1.185780e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 247 norm(r) = 1.185284e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 248 norm(r) = 1.193920e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 249 norm(r) = 1.197278e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 250 norm(r) = 1.188215e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 251 norm(r) = 1.160782e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 252 norm(r) = 1.144842e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 253 norm(r) = 1.136292e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 254 norm(r) = 1.129578e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 255 norm(r) = 1.129697e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 256 norm(r) = 1.129888e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 257 norm(r) = 1.129728e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 258 norm(r) = 1.129686e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 259 norm(r) = 1.124562e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 260 norm(r) = 1.114029e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 261 norm(r) = 1.101084e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 262 norm(r) = 1.082114e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 263 norm(r) = 1.059319e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 264 norm(r) = 1.036546e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 265 norm(r) = 1.023515e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 266 norm(r) = 1.010598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 267 norm(r) = 9.983676e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 268 norm(r) = 9.579760e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 269 norm(r) = 9.132087e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 8.566019e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 8.566019e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 271 norm(r) = 8.475405e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 272 norm(r) = 8.436954e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 273 norm(r) = 8.433215e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 274 norm(r) = 8.374722e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 275 norm(r) = 8.368506e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 276 norm(r) = 8.332114e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 277 norm(r) = 8.271020e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 278 norm(r) = 8.175122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 279 norm(r) = 8.172681e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 280 norm(r) = 8.103416e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 281 norm(r) = 8.088885e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 282 norm(r) = 8.046575e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 283 norm(r) = 7.854107e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 284 norm(r) = 7.741799e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 285 norm(r) = 7.674335e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 286 norm(r) = 7.632847e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 287 norm(r) = 7.535698e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 288 norm(r) = 7.501856e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 289 norm(r) = 7.447167e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 290 norm(r) = 7.294207e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 291 norm(r) = 7.145442e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 292 norm(r) = 6.958074e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 293 norm(r) = 6.860273e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 294 norm(r) = 6.826460e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 295 norm(r) = 6.827501e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 296 norm(r) = 6.822458e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 297 norm(r) = 6.759495e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 298 norm(r) = 6.647487e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 299 norm(r) = 6.494337e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 6.285924e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 6.285924e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 301 norm(r) = 6.259389e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 302 norm(r) = 6.236701e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 303 norm(r) = 6.258496e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 304 norm(r) = 6.302889e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 305 norm(r) = 6.307542e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 306 norm(r) = 6.279180e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 307 norm(r) = 6.177280e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 308 norm(r) = 6.070531e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 309 norm(r) = 6.095355e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 310 norm(r) = 6.011728e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 311 norm(r) = 5.846745e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 312 norm(r) = 5.722967e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 313 norm(r) = 5.656958e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 314 norm(r) = 5.574707e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 315 norm(r) = 5.560228e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 316 norm(r) = 5.542987e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 317 norm(r) = 5.504683e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 318 norm(r) = 5.508319e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 319 norm(r) = 5.512639e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 320 norm(r) = 5.489679e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 321 norm(r) = 5.435441e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 322 norm(r) = 5.351264e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 323 norm(r) = 5.276209e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 324 norm(r) = 5.191645e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 325 norm(r) = 5.108607e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 326 norm(r) = 4.933646e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 327 norm(r) = 4.610152e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 328 norm(r) = 4.457147e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 329 norm(r) = 4.273654e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 4.100670e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 4.100670e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 331 norm(r) = 4.074131e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 332 norm(r) = 4.054152e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 333 norm(r) = 4.048465e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 334 norm(r) = 4.044003e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 335 norm(r) = 4.044602e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 336 norm(r) = 4.034111e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 337 norm(r) = 4.004959e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 338 norm(r) = 4.008708e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 339 norm(r) = 4.005740e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 340 norm(r) = 3.923982e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 341 norm(r) = 3.844726e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 342 norm(r) = 3.762217e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 343 norm(r) = 3.719282e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 344 norm(r) = 3.694254e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 345 norm(r) = 3.690260e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 346 norm(r) = 3.675760e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 347 norm(r) = 3.659265e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 348 norm(r) = 3.629044e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 349 norm(r) = 3.605981e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 350 norm(r) = 3.590956e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 351 norm(r) = 3.591141e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 352 norm(r) = 3.585158e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 353 norm(r) = 3.516097e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 354 norm(r) = 3.440009e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 355 norm(r) = 3.395939e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 356 norm(r) = 3.349333e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 357 norm(r) = 3.298823e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 358 norm(r) = 3.175262e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 359 norm(r) = 3.081428e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 2.998122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 2.998122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 361 norm(r) = 2.959687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 362 norm(r) = 2.934978e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 363 norm(r) = 2.922373e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 364 norm(r) = 2.921346e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 365 norm(r) = 2.909706e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 366 norm(r) = 2.907564e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 367 norm(r) = 2.892289e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 368 norm(r) = 2.877484e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 369 norm(r) = 2.867571e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 370 norm(r) = 2.843166e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 371 norm(r) = 2.814595e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 372 norm(r) = 2.797091e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 373 norm(r) = 2.780325e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 374 norm(r) = 2.754658e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 375 norm(r) = 2.754258e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 376 norm(r) = 2.738962e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 377 norm(r) = 2.714612e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 378 norm(r) = 2.705432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 379 norm(r) = 2.706062e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 380 norm(r) = 2.698372e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 381 norm(r) = 2.672129e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 382 norm(r) = 2.653355e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 383 norm(r) = 2.630081e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 384 norm(r) = 2.598534e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 385 norm(r) = 2.553914e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 386 norm(r) = 2.482958e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 387 norm(r) = 2.433214e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 388 norm(r) = 2.387733e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 389 norm(r) = 2.352925e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 2.286400e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 2.286400e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 391 norm(r) = 2.274354e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 392 norm(r) = 2.267279e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 393 norm(r) = 2.268755e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 394 norm(r) = 2.274630e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 395 norm(r) = 2.278276e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 396 norm(r) = 2.272687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 397 norm(r) = 2.241577e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 398 norm(r) = 2.214712e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 399 norm(r) = 2.217918e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 400 norm(r) = 2.184957e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 401 norm(r) = 2.147955e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 402 norm(r) = 2.116062e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 403 norm(r) = 2.087727e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 404 norm(r) = 2.064256e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 405 norm(r) = 2.062292e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 406 norm(r) = 2.045649e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 407 norm(r) = 2.033748e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 408 norm(r) = 2.029368e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 409 norm(r) = 2.030286e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 410 norm(r) = 2.025687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 411 norm(r) = 2.015100e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 412 norm(r) = 2.003567e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 413 norm(r) = 1.989534e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 414 norm(r) = 1.958781e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 415 norm(r) = 1.907282e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 416 norm(r) = 1.826845e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 417 norm(r) = 1.778349e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 418 norm(r) = 1.749897e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 419 norm(r) = 1.726443e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 1.670752e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 1.670752e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 421 norm(r) = 1.664111e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 422 norm(r) = 1.658873e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 423 norm(r) = 1.658397e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 424 norm(r) = 1.657259e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 425 norm(r) = 1.665278e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 426 norm(r) = 1.665767e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 427 norm(r) = 1.644539e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 428 norm(r) = 1.619259e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 429 norm(r) = 1.620244e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 430 norm(r) = 1.605599e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 431 norm(r) = 1.565941e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 432 norm(r) = 1.532290e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 433 norm(r) = 1.512695e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 434 norm(r) = 1.501665e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 435 norm(r) = 1.501850e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 436 norm(r) = 1.502379e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 437 norm(r) = 1.501021e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 438 norm(r) = 1.500300e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 439 norm(r) = 1.495727e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 440 norm(r) = 1.488891e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 441 norm(r) = 1.478188e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 442 norm(r) = 1.468993e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 443 norm(r) = 1.457350e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 444 norm(r) = 1.428839e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 445 norm(r) = 1.395166e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 446 norm(r) = 1.353844e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 447 norm(r) = 1.333464e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 448 norm(r) = 1.313457e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 449 norm(r) = 1.280223e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 450 norm(r) = 1.222432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 450 norm(r) = 1.222432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 451 norm(r) = 1.210439e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 452 norm(r) = 1.207031e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 453 norm(r) = 1.202298e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 454 norm(r) = 1.201204e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 455 norm(r) = 1.201089e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 456 norm(r) = 1.201071e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 457 norm(r) = 1.199165e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 458 norm(r) = 1.203831e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 459 norm(r) = 1.203860e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 460 norm(r) = 1.191467e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 461 norm(r) = 1.176895e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 462 norm(r) = 1.165888e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 463 norm(r) = 1.151870e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 464 norm(r) = 1.138433e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 465 norm(r) = 1.135907e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 466 norm(r) = 1.131136e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 467 norm(r) = 1.122411e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 468 norm(r) = 1.114185e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 469 norm(r) = 1.114244e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 470 norm(r) = 1.112015e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 471 norm(r) = 1.102682e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 472 norm(r) = 1.095951e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 473 norm(r) = 1.088640e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 474 norm(r) = 1.080210e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 475 norm(r) = 1.061734e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 476 norm(r) = 1.031328e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 477 norm(r) = 9.930930e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 478 norm(r) = 9.547409e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 479 norm(r) = 9.291886e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 480 norm(r) = 9.008118e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 480 norm(r) = 9.008118e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 481 norm(r) = 8.868159e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 482 norm(r) = 8.755042e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 483 norm(r) = 8.749774e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 484 norm(r) = 8.688915e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 485 norm(r) = 8.685182e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 486 norm(r) = 8.665363e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 487 norm(r) = 8.631129e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 488 norm(r) = 8.546678e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 489 norm(r) = 8.538321e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 490 norm(r) = 8.445913e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 491 norm(r) = 8.366687e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 492 norm(r) = 8.317108e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 493 norm(r) = 8.243057e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 494 norm(r) = 8.173738e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 495 norm(r) = 8.169297e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 496 norm(r) = 8.145720e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 497 norm(r) = 8.104963e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 498 norm(r) = 8.090885e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 499 norm(r) = 8.092152e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 500 norm(r) = 8.072160e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 501 norm(r) = 8.004774e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 502 norm(r) = 7.959183e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 503 norm(r) = 7.905527e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 504 norm(r) = 7.824028e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 505 norm(r) = 7.701149e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 506 norm(r) = 7.468816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 507 norm(r) = 7.300160e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 508 norm(r) = 7.149416e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 509 norm(r) = 7.053642e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 510 norm(r) = 6.887395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 510 norm(r) = 6.887395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 511 norm(r) = 6.852630e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 512 norm(r) = 6.829373e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 513 norm(r) = 6.827150e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 514 norm(r) = 6.822514e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 515 norm(r) = 6.835773e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 516 norm(r) = 6.834825e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 517 norm(r) = 6.762790e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 518 norm(r) = 6.703941e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 519 norm(r) = 6.712740e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 520 norm(r) = 6.623746e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 521 norm(r) = 6.498613e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 522 norm(r) = 6.378366e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 523 norm(r) = 6.283957e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 524 norm(r) = 6.183316e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 525 norm(r) = 6.175557e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 526 norm(r) = 6.158415e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 527 norm(r) = 6.145340e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 528 norm(r) = 6.120395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 529 norm(r) = 6.122114e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 530 norm(r) = 6.111323e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 531 norm(r) = 6.077973e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 532 norm(r) = 6.032702e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 533 norm(r) = 5.949329e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 534 norm(r) = 5.843081e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 535 norm(r) = 5.718067e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 536 norm(r) = 5.490410e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 537 norm(r) = 5.339660e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 538 norm(r) = 5.137178e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 539 norm(r) = 4.885333e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 540 norm(r) = 4.362213e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 540 norm(r) = 4.362213e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 541 norm(r) = 4.276095e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 542 norm(r) = 4.233528e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 543 norm(r) = 4.238076e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 544 norm(r) = 4.234509e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 545 norm(r) = 4.246633e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 546 norm(r) = 4.257367e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 547 norm(r) = 4.204725e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 548 norm(r) = 4.095432e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 549 norm(r) = 4.090318e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 550 norm(r) = 4.053526e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 551 norm(r) = 4.005230e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 552 norm(r) = 3.983152e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 553 norm(r) = 3.961115e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 554 norm(r) = 3.934655e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 555 norm(r) = 3.929202e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 556 norm(r) = 3.910714e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 557 norm(r) = 3.897142e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 558 norm(r) = 3.883143e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 559 norm(r) = 3.884521e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 560 norm(r) = 3.876737e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 561 norm(r) = 3.793221e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 562 norm(r) = 3.689908e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 563 norm(r) = 3.618057e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 564 norm(r) = 3.577174e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 565 norm(r) = 3.550920e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 566 norm(r) = 3.503503e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 567 norm(r) = 3.437252e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 568 norm(r) = 3.336037e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 569 norm(r) = 3.266974e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 570 norm(r) = 3.175831e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 570 norm(r) = 3.175831e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 571 norm(r) = 3.163523e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 572 norm(r) = 3.155816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 573 norm(r) = 3.155025e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 574 norm(r) = 3.153341e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 575 norm(r) = 3.158922e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 576 norm(r) = 3.154595e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 577 norm(r) = 3.139835e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 578 norm(r) = 3.126816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 579 norm(r) = 3.127455e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 580 norm(r) = 3.105712e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 581 norm(r) = 3.082421e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 582 norm(r) = 3.057752e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 583 norm(r) = 3.019065e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 584 norm(r) = 2.989489e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 585 norm(r) = 2.986575e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 586 norm(r) = 2.968196e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 587 norm(r) = 2.949535e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 588 norm(r) = 2.942893e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 589 norm(r) = 2.940760e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 590 norm(r) = 2.922652e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 591 norm(r) = 2.895667e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 592 norm(r) = 2.879335e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 593 norm(r) = 2.862430e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 594 norm(r) = 2.812401e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 595 norm(r) = 2.741322e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 596 norm(r) = 2.642122e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 597 norm(r) = 2.544762e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 598 norm(r) = 2.421088e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 599 norm(r) = 2.321159e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 600 norm(r) = 2.207104e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 600 norm(r) = 2.207104e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 601 norm(r) = 2.183198e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 602 norm(r) = 2.170411e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 603 norm(r) = 2.168019e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 604 norm(r) = 2.167281e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 605 norm(r) = 2.167196e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 606 norm(r) = 2.167185e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 607 norm(r) = 2.166814e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 608 norm(r) = 2.185014e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 609 norm(r) = 2.186046e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 610 norm(r) = 2.161644e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 611 norm(r) = 2.110561e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 612 norm(r) = 2.072823e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 613 norm(r) = 2.023563e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 614 norm(r) = 1.983657e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 615 norm(r) = 1.975956e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 616 norm(r) = 1.974675e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 617 norm(r) = 1.973399e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 618 norm(r) = 1.973225e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 619 norm(r) = 1.970459e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 620 norm(r) = 1.960713e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 621 norm(r) = 1.934179e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 622 norm(r) = 1.918126e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 623 norm(r) = 1.902939e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 624 norm(r) = 1.887619e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 625 norm(r) = 1.861899e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 626 norm(r) = 1.804323e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 627 norm(r) = 1.752542e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 628 norm(r) = 1.706925e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 629 norm(r) = 1.685240e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 630 norm(r) = 1.654437e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 630 norm(r) = 1.654437e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 631 norm(r) = 1.638732e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 632 norm(r) = 1.626773e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 633 norm(r) = 1.625772e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 634 norm(r) = 1.617075e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 635 norm(r) = 1.616502e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 636 norm(r) = 1.614553e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 637 norm(r) = 1.612880e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 638 norm(r) = 1.605327e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 639 norm(r) = 1.601997e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 640 norm(r) = 1.592078e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 641 norm(r) = 1.581445e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 642 norm(r) = 1.566978e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 643 norm(r) = 1.543694e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 644 norm(r) = 1.520634e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 645 norm(r) = 1.518262e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 646 norm(r) = 1.503461e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 647 norm(r) = 1.487064e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 648 norm(r) = 1.480403e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 649 norm(r) = 1.480900e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 650 norm(r) = 1.480953e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 651 norm(r) = 1.478712e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 652 norm(r) = 1.474331e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 653 norm(r) = 1.466310e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 654 norm(r) = 1.437166e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 655 norm(r) = 1.399348e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 656 norm(r) = 1.336228e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 657 norm(r) = 1.305226e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 658 norm(r) = 1.278048e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 659 norm(r) = 1.250865e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 660 norm(r) = 1.210452e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 660 norm(r) = 1.210452e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 661 norm(r) = 1.204278e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 662 norm(r) = 1.199499e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 663 norm(r) = 1.200014e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 664 norm(r) = 1.199027e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 665 norm(r) = 1.207956e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 666 norm(r) = 1.209533e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 667 norm(r) = 1.182724e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 668 norm(r) = 1.161475e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 669 norm(r) = 1.162592e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 670 norm(r) = 1.148793e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 671 norm(r) = 1.119567e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 672 norm(r) = 1.098855e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 673 norm(r) = 1.078993e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 674 norm(r) = 1.064123e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 675 norm(r) = 1.062633e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 676 norm(r) = 1.062958e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 677 norm(r) = 1.063138e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 678 norm(r) = 1.063403e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 679 norm(r) = 1.062468e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 680 norm(r) = 1.057331e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 681 norm(r) = 1.046356e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 682 norm(r) = 1.036364e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 683 norm(r) = 1.019443e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 684 norm(r) = 9.992776e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 685 norm(r) = 9.814226e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 686 norm(r) = 9.584547e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 687 norm(r) = 9.435818e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 688 norm(r) = 9.290006e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 689 norm(r) = 9.134033e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 690 norm(r) = 8.672428e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 690 norm(r) = 8.672428e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 691 norm(r) = 8.595226e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 692 norm(r) = 8.562232e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 693 norm(r) = 8.563807e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 694 norm(r) = 8.555396e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 695 norm(r) = 8.553707e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 696 norm(r) = 8.564290e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 697 norm(r) = 8.509850e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 698 norm(r) = 8.447548e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 699 norm(r) = 8.454994e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 700 norm(r) = 8.387424e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 701 norm(r) = 8.314583e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 702 norm(r) = 8.265613e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 703 norm(r) = 8.220805e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 704 norm(r) = 8.168756e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 705 norm(r) = 8.160010e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 706 norm(r) = 8.136940e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 707 norm(r) = 8.107008e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 708 norm(r) = 8.084004e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 709 norm(r) = 8.085129e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 710 norm(r) = 8.040746e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 711 norm(r) = 7.945214e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 712 norm(r) = 7.789736e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 713 norm(r) = 7.677184e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 714 norm(r) = 7.582686e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 715 norm(r) = 7.503830e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 716 norm(r) = 7.326694e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 717 norm(r) = 7.049094e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 718 norm(r) = 6.722223e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 719 norm(r) = 6.491046e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 720 norm(r) = 6.153560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 720 norm(r) = 6.153560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 721 norm(r) = 6.114263e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 722 norm(r) = 6.089220e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 723 norm(r) = 6.087928e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 724 norm(r) = 6.086259e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 725 norm(r) = 6.095545e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 726 norm(r) = 6.095974e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 727 norm(r) = 6.057605e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 728 norm(r) = 6.026350e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 729 norm(r) = 6.027675e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 730 norm(r) = 5.986560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 731 norm(r) = 5.920636e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 732 norm(r) = 5.865918e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 733 norm(r) = 5.742145e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 734 norm(r) = 5.639228e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 735 norm(r) = 5.608879e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 736 norm(r) = 5.601020e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 737 norm(r) = 5.584755e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 738 norm(r) = 5.580874e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 739 norm(r) = 5.579276e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 740 norm(r) = 5.558308e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 741 norm(r) = 5.506993e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 742 norm(r) = 5.474295e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 743 norm(r) = 5.439533e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 744 norm(r) = 5.371824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 745 norm(r) = 5.295683e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 746 norm(r) = 5.160943e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 747 norm(r) = 5.020062e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 748 norm(r) = 4.822068e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 749 norm(r) = 4.686775e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 750 norm(r) = 4.585876e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 750 norm(r) = 4.585876e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 751 norm(r) = 4.544177e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 752 norm(r) = 4.519372e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 753 norm(r) = 4.478992e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 754 norm(r) = 4.473668e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 755 norm(r) = 4.441884e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 756 norm(r) = 4.427513e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 757 norm(r) = 4.414261e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 758 norm(r) = 4.367569e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 759 norm(r) = 4.308605e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 760 norm(r) = 4.306430e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 761 norm(r) = 4.312437e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 762 norm(r) = 4.299640e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 763 norm(r) = 4.262767e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 764 norm(r) = 4.219700e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 765 norm(r) = 4.217479e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 766 norm(r) = 4.198823e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 767 norm(r) = 4.170794e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 768 norm(r) = 4.156217e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 769 norm(r) = 4.156221e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 770 norm(r) = 4.142791e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 771 norm(r) = 4.118688e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 772 norm(r) = 4.091116e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 773 norm(r) = 4.067047e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 774 norm(r) = 4.010792e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 775 norm(r) = 3.912060e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 776 norm(r) = 3.734536e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 777 norm(r) = 3.611234e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 778 norm(r) = 3.538772e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 779 norm(r) = 3.478517e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 780 norm(r) = 3.405486e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 780 norm(r) = 3.405486e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 781 norm(r) = 3.383573e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 782 norm(r) = 3.370822e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 783 norm(r) = 3.376317e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 784 norm(r) = 3.375770e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 785 norm(r) = 3.360922e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 786 norm(r) = 3.367481e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 787 norm(r) = 3.329799e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 788 norm(r) = 3.291990e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 789 norm(r) = 3.292389e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 790 norm(r) = 3.258307e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 791 norm(r) = 3.194395e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 792 norm(r) = 3.154054e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 793 norm(r) = 3.097906e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 794 norm(r) = 3.058837e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 795 norm(r) = 3.055719e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 796 norm(r) = 3.041845e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 797 norm(r) = 3.018510e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 798 norm(r) = 3.015397e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 799 norm(r) = 3.017145e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 800 norm(r) = 3.015091e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 801 norm(r) = 3.000993e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 802 norm(r) = 2.989135e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 803 norm(r) = 2.969900e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 804 norm(r) = 2.923634e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 805 norm(r) = 2.864161e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 806 norm(r) = 2.767537e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 807 norm(r) = 2.724966e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 808 norm(r) = 2.687943e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 809 norm(r) = 2.655550e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 810 norm(r) = 2.575809e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 810 norm(r) = 2.575809e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 811 norm(r) = 2.565407e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 812 norm(r) = 2.558712e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 813 norm(r) = 2.558662e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 814 norm(r) = 2.556021e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 815 norm(r) = 2.568509e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 816 norm(r) = 2.565366e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 817 norm(r) = 2.533284e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 818 norm(r) = 2.508552e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 819 norm(r) = 2.512373e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 820 norm(r) = 2.480831e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 821 norm(r) = 2.441086e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 822 norm(r) = 2.406396e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 823 norm(r) = 2.384553e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 824 norm(r) = 2.364073e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 825 norm(r) = 2.364356e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 826 norm(r) = 2.362829e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 827 norm(r) = 2.364762e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 828 norm(r) = 2.364897e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 829 norm(r) = 2.358850e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 830 norm(r) = 2.337828e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 831 norm(r) = 2.312347e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 832 norm(r) = 2.279104e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 833 norm(r) = 2.232769e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 834 norm(r) = 2.175999e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 835 norm(r) = 2.140773e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 836 norm(r) = 2.100132e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 837 norm(r) = 2.051729e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 838 norm(r) = 1.934474e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 839 norm(r) = 1.780803e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 840 norm(r) = 1.619748e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 840 norm(r) = 1.619748e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 841 norm(r) = 1.599237e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 842 norm(r) = 1.592010e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 843 norm(r) = 1.588997e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 844 norm(r) = 1.588647e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 845 norm(r) = 1.587837e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 846 norm(r) = 1.587732e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 847 norm(r) = 1.587443e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 848 norm(r) = 1.594362e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 849 norm(r) = 1.594197e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 850 norm(r) = 1.573893e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 851 norm(r) = 1.568508e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 852 norm(r) = 1.554867e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 853 norm(r) = 1.513218e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 854 norm(r) = 1.470551e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 855 norm(r) = 1.454462e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 856 norm(r) = 1.448466e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 857 norm(r) = 1.432919e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 858 norm(r) = 1.428059e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 859 norm(r) = 1.427635e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 860 norm(r) = 1.427612e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 861 norm(r) = 1.425379e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 862 norm(r) = 1.421019e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 863 norm(r) = 1.407490e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 864 norm(r) = 1.389237e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 865 norm(r) = 1.366782e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 866 norm(r) = 1.333314e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 867 norm(r) = 1.302183e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 868 norm(r) = 1.262211e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 869 norm(r) = 1.232381e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 870 norm(r) = 1.200824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 870 norm(r) = 1.200824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 871 norm(r) = 1.192985e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 872 norm(r) = 1.178995e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 873 norm(r) = 1.177652e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 874 norm(r) = 1.172660e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 875 norm(r) = 1.165555e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 876 norm(r) = 1.164234e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 877 norm(r) = 1.163084e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 878 norm(r) = 1.156406e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 879 norm(r) = 1.152986e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 880 norm(r) = 1.147057e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 881 norm(r) = 1.142138e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 882 norm(r) = 1.132013e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 883 norm(r) = 1.119925e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 884 norm(r) = 1.101948e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 885 norm(r) = 1.098269e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 886 norm(r) = 1.091468e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 887 norm(r) = 1.066400e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 888 norm(r) = 1.047478e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 889 norm(r) = 1.036119e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 890 norm(r) = 1.031964e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 891 norm(r) = 1.031842e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 892 norm(r) = 1.030833e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 893 norm(r) = 1.029064e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 894 norm(r) = 1.022451e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 895 norm(r) = 1.001329e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 896 norm(r) = 9.613011e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 897 norm(r) = 9.288684e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 898 norm(r) = 9.069204e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 899 norm(r) = 8.917787e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 900 norm(r) = 8.721232e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 900 norm(r) = 8.721232e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 901 norm(r) = 8.682399e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 902 norm(r) = 8.660717e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 903 norm(r) = 8.658475e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 904 norm(r) = 8.649447e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 905 norm(r) = 8.697545e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 906 norm(r) = 8.680344e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 907 norm(r) = 8.525697e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 908 norm(r) = 8.399976e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 909 norm(r) = 8.403154e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 910 norm(r) = 8.299878e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 911 norm(r) = 8.149663e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 912 norm(r) = 8.036990e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 913 norm(r) = 7.956314e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 914 norm(r) = 7.906910e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 915 norm(r) = 7.905816e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 916 norm(r) = 7.900540e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 917 norm(r) = 7.903006e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 918 norm(r) = 7.888319e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 919 norm(r) = 7.798888e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 920 norm(r) = 7.715394e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 921 norm(r) = 7.621276e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 922 norm(r) = 7.580058e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 923 norm(r) = 7.536854e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 924 norm(r) = 7.400558e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 925 norm(r) = 7.221431e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 926 norm(r) = 7.036744e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 927 norm(r) = 6.937929e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 928 norm(r) = 6.817422e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 929 norm(r) = 6.700704e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 930 norm(r) = 6.459630e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 930 norm(r) = 6.459630e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 931 norm(r) = 6.430365e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 932 norm(r) = 6.416709e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 933 norm(r) = 6.431829e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 934 norm(r) = 6.427978e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 935 norm(r) = 6.428549e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 936 norm(r) = 6.424363e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 937 norm(r) = 6.371962e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 938 norm(r) = 6.321574e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 939 norm(r) = 6.331183e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 940 norm(r) = 6.268002e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 941 norm(r) = 6.151667e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 942 norm(r) = 6.050956e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 943 norm(r) = 5.970490e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 944 norm(r) = 5.882717e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 945 norm(r) = 5.858753e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 946 norm(r) = 5.842567e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 947 norm(r) = 5.800182e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 948 norm(r) = 5.753456e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 949 norm(r) = 5.742869e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 950 norm(r) = 5.744366e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 951 norm(r) = 5.737976e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 952 norm(r) = 5.675678e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 953 norm(r) = 5.586597e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 954 norm(r) = 5.500116e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 955 norm(r) = 5.419091e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 956 norm(r) = 5.278670e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 957 norm(r) = 5.061337e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 958 norm(r) = 4.654080e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 959 norm(r) = 4.314559e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 960 norm(r) = 4.149192e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 960 norm(r) = 4.149192e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 961 norm(r) = 4.112100e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 962 norm(r) = 4.092797e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 963 norm(r) = 4.088853e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 964 norm(r) = 4.085514e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 965 norm(r) = 4.078900e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 966 norm(r) = 4.080178e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 967 norm(r) = 4.069784e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 968 norm(r) = 4.084963e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 969 norm(r) = 4.083822e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 970 norm(r) = 4.030039e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 971 norm(r) = 4.050306e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 972 norm(r) = 3.971527e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 973 norm(r) = 3.782080e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 974 norm(r) = 3.696789e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 975 norm(r) = 3.683763e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 976 norm(r) = 3.666397e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 977 norm(r) = 3.642899e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 978 norm(r) = 3.639415e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 979 norm(r) = 3.639242e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 980 norm(r) = 3.635265e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 981 norm(r) = 3.621529e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 982 norm(r) = 3.603933e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 983 norm(r) = 3.562561e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 984 norm(r) = 3.512183e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 985 norm(r) = 3.435869e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 986 norm(r) = 3.352265e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 987 norm(r) = 3.291472e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 988 norm(r) = 3.217038e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 989 norm(r) = 3.170342e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 990 norm(r) = 3.088750e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 990 norm(r) = 3.088750e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 991 norm(r) = 3.066364e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 992 norm(r) = 3.049596e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 993 norm(r) = 3.046839e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 994 norm(r) = 3.045257e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 995 norm(r) = 3.046419e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 996 norm(r) = 3.046049e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 997 norm(r) = 3.036565e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 998 norm(r) = 3.013132e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 999 norm(r) = 3.013647e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1000 norm(r) = 2.985244e-05; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 1000 ksp.norm= 2.37911826654e-05 reason = -3
Newton it 1 norm(r) = 2.98524e-05 norm(r)/(rtol*norm(r0)+atol) = 2.98524e+03
Step failed due to solver failure
Sequence step failed
SplitOperator_Min choose_dt_system t_system_last= 0.0 dt_system= 0.03125 t_system= 0.03125
Retrying sequence
Split operator iteration 0
Model: poisson_3d_tetgen_c0p2pe512
Fractional step 3.12500e-02 for model poisson_3d_tetgen_c0p2pe512
Step exact called for model poisson_3d_tetgen_c0p2pe512
StepControl base stepExact t_model= 0.03125 tOut= 0.03125 t_model_last= 0.0 dt_model= 0.03125 setting to 0.03125
Model step t= 3.12500e-02, dt= 3.12500e-02 for model poisson_3d_tetgen_c0p2pe512
Model substep t= 3.12500e-02 for model poisson_3d_tetgen_c0p2pe512
Model substep t= 3.12500e-02 for model poisson_3d_tetgen_c0p2pe512 model.timeIntegration.t= 3.12500e-02
Newton it 0 norm(r) = 2.48694e+00 norm(r)/(rtol*norm(r0)+atol) = 2.48694e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 1000 ksp.norm= 2.37911826654e-05
KSP it 0 norm(r) = 2.486943e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 4.386747e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 3.764762e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 4.118068e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 5.342874e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 5.364993e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 6.582741e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 6.720489e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 6.899600e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 7.036575e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 6.570181e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 7.015713e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 6.883602e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 7.132092e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 7.067143e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 6.200014e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 6.218085e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 6.417449e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 6.497104e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 6.435190e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 6.422506e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 6.192405e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 5.707595e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 5.375631e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 4.996013e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 4.599236e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 4.200841e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 3.810233e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 3.439873e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 3.123453e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.832392e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.832392e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 2.731145e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 2.636028e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 2.630163e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 2.582334e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 2.544967e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 2.514014e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 2.502680e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 2.463512e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 2.431258e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 2.397505e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 2.346815e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 2.267196e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 2.194334e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 2.121429e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 2.112483e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 2.099913e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 2.022302e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 2.009406e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 2.011167e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 1.930884e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 1.860841e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 1.736437e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 1.606046e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 1.488827e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 1.384380e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 1.309955e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 1.237779e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 1.185100e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 1.155312e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.112545e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.112545e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 1.101193e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 1.087967e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 63 norm(r) = 1.086544e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 64 norm(r) = 1.085654e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 65 norm(r) = 1.082727e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 66 norm(r) = 1.081643e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 67 norm(r) = 1.078949e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 68 norm(r) = 1.080978e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 69 norm(r) = 1.081646e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 70 norm(r) = 1.078102e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 71 norm(r) = 1.026766e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 72 norm(r) = 9.899429e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 73 norm(r) = 9.760274e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 74 norm(r) = 9.561762e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 75 norm(r) = 9.530032e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 76 norm(r) = 9.483994e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 77 norm(r) = 9.291417e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 78 norm(r) = 9.190418e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 79 norm(r) = 9.025491e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 80 norm(r) = 8.535620e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 81 norm(r) = 8.383963e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 82 norm(r) = 8.331835e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 83 norm(r) = 8.325191e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 84 norm(r) = 8.221193e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 85 norm(r) = 8.078088e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 86 norm(r) = 7.951760e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 87 norm(r) = 7.797495e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 88 norm(r) = 7.408411e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 89 norm(r) = 6.988361e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.647567e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.647567e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 91 norm(r) = 6.579730e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 92 norm(r) = 6.536974e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 93 norm(r) = 6.486141e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 94 norm(r) = 6.476089e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 95 norm(r) = 6.469479e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 96 norm(r) = 6.466895e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 97 norm(r) = 6.445330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 98 norm(r) = 6.433891e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 99 norm(r) = 6.425510e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 100 norm(r) = 6.329217e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 101 norm(r) = 6.305694e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 102 norm(r) = 6.224416e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 103 norm(r) = 6.011469e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 104 norm(r) = 5.845630e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 105 norm(r) = 5.771375e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 106 norm(r) = 5.756726e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 107 norm(r) = 5.735813e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 108 norm(r) = 5.694329e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 109 norm(r) = 5.695605e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 110 norm(r) = 5.691553e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 111 norm(r) = 5.689691e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 112 norm(r) = 5.682743e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 113 norm(r) = 5.653494e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 114 norm(r) = 5.562400e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 115 norm(r) = 5.429186e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 116 norm(r) = 5.213739e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 117 norm(r) = 5.075004e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 118 norm(r) = 4.966395e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 119 norm(r) = 4.867877e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.766120e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.766120e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 121 norm(r) = 4.707115e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 122 norm(r) = 4.655677e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 123 norm(r) = 4.636401e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 124 norm(r) = 4.627117e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 125 norm(r) = 4.581021e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 126 norm(r) = 4.566611e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 127 norm(r) = 4.562326e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 128 norm(r) = 4.535260e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 129 norm(r) = 4.505552e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 130 norm(r) = 4.495265e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 131 norm(r) = 4.451766e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 132 norm(r) = 4.418570e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 133 norm(r) = 4.394083e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 134 norm(r) = 4.346243e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 135 norm(r) = 4.340814e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 136 norm(r) = 4.307037e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 137 norm(r) = 4.259232e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 138 norm(r) = 4.228302e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 139 norm(r) = 4.218140e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 140 norm(r) = 4.219674e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 141 norm(r) = 4.213976e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 142 norm(r) = 4.192660e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 143 norm(r) = 4.155252e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 144 norm(r) = 4.077745e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 145 norm(r) = 3.965659e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 146 norm(r) = 3.769532e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 147 norm(r) = 3.657598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 148 norm(r) = 3.584334e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 149 norm(r) = 3.513807e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 3.298330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 3.298330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 151 norm(r) = 3.242899e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 152 norm(r) = 3.225761e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 153 norm(r) = 3.222430e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 154 norm(r) = 3.213014e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 155 norm(r) = 3.212397e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 156 norm(r) = 3.234666e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 157 norm(r) = 3.170829e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 158 norm(r) = 3.103595e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 159 norm(r) = 3.099114e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 160 norm(r) = 3.067196e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 161 norm(r) = 3.027016e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 162 norm(r) = 2.993351e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 163 norm(r) = 2.965954e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 164 norm(r) = 2.942938e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 165 norm(r) = 2.923623e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 166 norm(r) = 2.890795e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 167 norm(r) = 2.868759e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 168 norm(r) = 2.858137e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 169 norm(r) = 2.854682e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 170 norm(r) = 2.855122e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 171 norm(r) = 2.848834e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 172 norm(r) = 2.822329e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 173 norm(r) = 2.783573e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 174 norm(r) = 2.761117e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 175 norm(r) = 2.741176e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 176 norm(r) = 2.708708e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 177 norm(r) = 2.619090e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 178 norm(r) = 2.519749e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 179 norm(r) = 2.459101e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.397318e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.397318e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 181 norm(r) = 2.389069e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 182 norm(r) = 2.383287e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 183 norm(r) = 2.383511e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 184 norm(r) = 2.382187e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 185 norm(r) = 2.386800e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 186 norm(r) = 2.384987e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 187 norm(r) = 2.362248e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 188 norm(r) = 2.336347e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 189 norm(r) = 2.338723e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 190 norm(r) = 2.324027e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 191 norm(r) = 2.311533e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 192 norm(r) = 2.294539e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 193 norm(r) = 2.244562e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 194 norm(r) = 2.205129e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 195 norm(r) = 2.193246e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 196 norm(r) = 2.190810e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 197 norm(r) = 2.181869e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 198 norm(r) = 2.176923e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 199 norm(r) = 2.177139e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 200 norm(r) = 2.170419e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 201 norm(r) = 2.157663e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 202 norm(r) = 2.146047e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 203 norm(r) = 2.122427e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 204 norm(r) = 2.079343e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 205 norm(r) = 2.042520e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 206 norm(r) = 1.990234e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 207 norm(r) = 1.947473e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 208 norm(r) = 1.879091e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 209 norm(r) = 1.818091e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 1.715844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 1.715844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 211 norm(r) = 1.704522e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 212 norm(r) = 1.694714e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 213 norm(r) = 1.692310e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 214 norm(r) = 1.690959e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 215 norm(r) = 1.698906e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 216 norm(r) = 1.696999e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 217 norm(r) = 1.676981e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 218 norm(r) = 1.669164e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 219 norm(r) = 1.669780e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 220 norm(r) = 1.650490e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 221 norm(r) = 1.626831e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 222 norm(r) = 1.602044e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 223 norm(r) = 1.580970e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 224 norm(r) = 1.561771e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 225 norm(r) = 1.558535e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 226 norm(r) = 1.548598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 227 norm(r) = 1.539499e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 228 norm(r) = 1.538854e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 229 norm(r) = 1.540635e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 230 norm(r) = 1.537203e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 231 norm(r) = 1.527718e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 232 norm(r) = 1.514512e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 233 norm(r) = 1.493909e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 234 norm(r) = 1.470668e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 235 norm(r) = 1.422817e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 236 norm(r) = 1.349097e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 237 norm(r) = 1.299210e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 238 norm(r) = 1.279234e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 239 norm(r) = 1.258782e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.217394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.217394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 241 norm(r) = 1.204279e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 242 norm(r) = 1.194163e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 243 norm(r) = 1.188150e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 244 norm(r) = 1.187690e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 245 norm(r) = 1.185942e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 246 norm(r) = 1.185780e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 247 norm(r) = 1.185284e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 248 norm(r) = 1.193920e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 249 norm(r) = 1.197278e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 250 norm(r) = 1.188215e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 251 norm(r) = 1.160782e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 252 norm(r) = 1.144842e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 253 norm(r) = 1.136292e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 254 norm(r) = 1.129578e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 255 norm(r) = 1.129697e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 256 norm(r) = 1.129888e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 257 norm(r) = 1.129728e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 258 norm(r) = 1.129686e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 259 norm(r) = 1.124562e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 260 norm(r) = 1.114029e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 261 norm(r) = 1.101084e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 262 norm(r) = 1.082114e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 263 norm(r) = 1.059319e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 264 norm(r) = 1.036546e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 265 norm(r) = 1.023515e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 266 norm(r) = 1.010598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 267 norm(r) = 9.983676e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 268 norm(r) = 9.579760e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 269 norm(r) = 9.132087e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 8.566019e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 8.566019e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 271 norm(r) = 8.475405e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 272 norm(r) = 8.436954e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 273 norm(r) = 8.433215e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 274 norm(r) = 8.374722e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 275 norm(r) = 8.368506e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 276 norm(r) = 8.332114e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 277 norm(r) = 8.271020e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 278 norm(r) = 8.175122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 279 norm(r) = 8.172681e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 280 norm(r) = 8.103416e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 281 norm(r) = 8.088885e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 282 norm(r) = 8.046575e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 283 norm(r) = 7.854107e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 284 norm(r) = 7.741799e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 285 norm(r) = 7.674335e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 286 norm(r) = 7.632847e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 287 norm(r) = 7.535698e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 288 norm(r) = 7.501856e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 289 norm(r) = 7.447167e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 290 norm(r) = 7.294207e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 291 norm(r) = 7.145442e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 292 norm(r) = 6.958074e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 293 norm(r) = 6.860273e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 294 norm(r) = 6.826460e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 295 norm(r) = 6.827501e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 296 norm(r) = 6.822458e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 297 norm(r) = 6.759495e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 298 norm(r) = 6.647487e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 299 norm(r) = 6.494337e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 6.285924e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 6.285924e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 301 norm(r) = 6.259389e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 302 norm(r) = 6.236701e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 303 norm(r) = 6.258496e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 304 norm(r) = 6.302889e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 305 norm(r) = 6.307542e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 306 norm(r) = 6.279180e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 307 norm(r) = 6.177280e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 308 norm(r) = 6.070531e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 309 norm(r) = 6.095355e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 310 norm(r) = 6.011728e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 311 norm(r) = 5.846745e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 312 norm(r) = 5.722967e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 313 norm(r) = 5.656958e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 314 norm(r) = 5.574707e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 315 norm(r) = 5.560228e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 316 norm(r) = 5.542987e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 317 norm(r) = 5.504683e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 318 norm(r) = 5.508319e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 319 norm(r) = 5.512639e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 320 norm(r) = 5.489679e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 321 norm(r) = 5.435441e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 322 norm(r) = 5.351264e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 323 norm(r) = 5.276209e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 324 norm(r) = 5.191645e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 325 norm(r) = 5.108607e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 326 norm(r) = 4.933646e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 327 norm(r) = 4.610152e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 328 norm(r) = 4.457147e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 329 norm(r) = 4.273654e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 4.100670e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 4.100670e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 331 norm(r) = 4.074131e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 332 norm(r) = 4.054152e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 333 norm(r) = 4.048465e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 334 norm(r) = 4.044003e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 335 norm(r) = 4.044602e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 336 norm(r) = 4.034111e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 337 norm(r) = 4.004959e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 338 norm(r) = 4.008708e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 339 norm(r) = 4.005740e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 340 norm(r) = 3.923982e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 341 norm(r) = 3.844726e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 342 norm(r) = 3.762217e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 343 norm(r) = 3.719282e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 344 norm(r) = 3.694254e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 345 norm(r) = 3.690260e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 346 norm(r) = 3.675760e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 347 norm(r) = 3.659265e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 348 norm(r) = 3.629044e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 349 norm(r) = 3.605981e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 350 norm(r) = 3.590956e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 351 norm(r) = 3.591141e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 352 norm(r) = 3.585158e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 353 norm(r) = 3.516097e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 354 norm(r) = 3.440009e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 355 norm(r) = 3.395939e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 356 norm(r) = 3.349333e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 357 norm(r) = 3.298823e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 358 norm(r) = 3.175262e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 359 norm(r) = 3.081428e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 2.998122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 2.998122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 361 norm(r) = 2.959687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 362 norm(r) = 2.934978e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 363 norm(r) = 2.922373e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 364 norm(r) = 2.921346e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 365 norm(r) = 2.909706e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 366 norm(r) = 2.907564e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 367 norm(r) = 2.892289e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 368 norm(r) = 2.877484e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 369 norm(r) = 2.867571e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 370 norm(r) = 2.843166e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 371 norm(r) = 2.814595e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 372 norm(r) = 2.797091e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 373 norm(r) = 2.780325e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 374 norm(r) = 2.754658e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 375 norm(r) = 2.754258e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 376 norm(r) = 2.738962e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 377 norm(r) = 2.714612e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 378 norm(r) = 2.705432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 379 norm(r) = 2.706062e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 380 norm(r) = 2.698372e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 381 norm(r) = 2.672129e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 382 norm(r) = 2.653355e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 383 norm(r) = 2.630081e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 384 norm(r) = 2.598534e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 385 norm(r) = 2.553914e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 386 norm(r) = 2.482958e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 387 norm(r) = 2.433214e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 388 norm(r) = 2.387733e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 389 norm(r) = 2.352925e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 2.286400e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 2.286400e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 391 norm(r) = 2.274354e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 392 norm(r) = 2.267279e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 393 norm(r) = 2.268755e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 394 norm(r) = 2.274630e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 395 norm(r) = 2.278276e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 396 norm(r) = 2.272687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 397 norm(r) = 2.241577e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 398 norm(r) = 2.214712e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 399 norm(r) = 2.217918e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 400 norm(r) = 2.184957e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 401 norm(r) = 2.147955e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 402 norm(r) = 2.116062e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 403 norm(r) = 2.087727e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 404 norm(r) = 2.064256e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 405 norm(r) = 2.062292e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 406 norm(r) = 2.045649e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 407 norm(r) = 2.033748e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 408 norm(r) = 2.029368e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 409 norm(r) = 2.030286e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 410 norm(r) = 2.025687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 411 norm(r) = 2.015100e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 412 norm(r) = 2.003567e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 413 norm(r) = 1.989534e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 414 norm(r) = 1.958781e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 415 norm(r) = 1.907282e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 416 norm(r) = 1.826845e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 417 norm(r) = 1.778349e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 418 norm(r) = 1.749897e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 419 norm(r) = 1.726443e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 1.670752e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 1.670752e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 421 norm(r) = 1.664111e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 422 norm(r) = 1.658873e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 423 norm(r) = 1.658397e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 424 norm(r) = 1.657259e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 425 norm(r) = 1.665278e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 426 norm(r) = 1.665767e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 427 norm(r) = 1.644539e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 428 norm(r) = 1.619259e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 429 norm(r) = 1.620244e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 430 norm(r) = 1.605599e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 431 norm(r) = 1.565941e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 432 norm(r) = 1.532290e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 433 norm(r) = 1.512695e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 434 norm(r) = 1.501665e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 435 norm(r) = 1.501850e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 436 norm(r) = 1.502379e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 437 norm(r) = 1.501021e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 438 norm(r) = 1.500300e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 439 norm(r) = 1.495727e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 440 norm(r) = 1.488891e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 441 norm(r) = 1.478188e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 442 norm(r) = 1.468993e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 443 norm(r) = 1.457350e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 444 norm(r) = 1.428839e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 445 norm(r) = 1.395166e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 446 norm(r) = 1.353844e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 447 norm(r) = 1.333464e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 448 norm(r) = 1.313457e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 449 norm(r) = 1.280223e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 450 norm(r) = 1.222432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 450 norm(r) = 1.222432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 451 norm(r) = 1.210439e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 452 norm(r) = 1.207031e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 453 norm(r) = 1.202298e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 454 norm(r) = 1.201204e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 455 norm(r) = 1.201089e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 456 norm(r) = 1.201071e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 457 norm(r) = 1.199165e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 458 norm(r) = 1.203831e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 459 norm(r) = 1.203860e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 460 norm(r) = 1.191467e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 461 norm(r) = 1.176895e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 462 norm(r) = 1.165888e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 463 norm(r) = 1.151870e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 464 norm(r) = 1.138433e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 465 norm(r) = 1.135907e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 466 norm(r) = 1.131136e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 467 norm(r) = 1.122411e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 468 norm(r) = 1.114185e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 469 norm(r) = 1.114244e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 470 norm(r) = 1.112015e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 471 norm(r) = 1.102682e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 472 norm(r) = 1.095951e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 473 norm(r) = 1.088640e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 474 norm(r) = 1.080210e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 475 norm(r) = 1.061734e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 476 norm(r) = 1.031328e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 477 norm(r) = 9.930930e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 478 norm(r) = 9.547409e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 479 norm(r) = 9.291886e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 480 norm(r) = 9.008118e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 480 norm(r) = 9.008118e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 481 norm(r) = 8.868159e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 482 norm(r) = 8.755042e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 483 norm(r) = 8.749774e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 484 norm(r) = 8.688915e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 485 norm(r) = 8.685182e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 486 norm(r) = 8.665363e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 487 norm(r) = 8.631129e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 488 norm(r) = 8.546678e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 489 norm(r) = 8.538321e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 490 norm(r) = 8.445913e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 491 norm(r) = 8.366687e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 492 norm(r) = 8.317108e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 493 norm(r) = 8.243057e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 494 norm(r) = 8.173738e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 495 norm(r) = 8.169297e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 496 norm(r) = 8.145720e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 497 norm(r) = 8.104963e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 498 norm(r) = 8.090885e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 499 norm(r) = 8.092152e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 500 norm(r) = 8.072160e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 501 norm(r) = 8.004774e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 502 norm(r) = 7.959183e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 503 norm(r) = 7.905527e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 504 norm(r) = 7.824028e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 505 norm(r) = 7.701149e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 506 norm(r) = 7.468816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 507 norm(r) = 7.300160e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 508 norm(r) = 7.149416e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 509 norm(r) = 7.053642e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 510 norm(r) = 6.887395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 510 norm(r) = 6.887395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 511 norm(r) = 6.852630e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 512 norm(r) = 6.829373e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 513 norm(r) = 6.827150e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 514 norm(r) = 6.822514e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 515 norm(r) = 6.835773e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 516 norm(r) = 6.834825e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 517 norm(r) = 6.762790e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 518 norm(r) = 6.703941e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 519 norm(r) = 6.712740e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 520 norm(r) = 6.623746e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 521 norm(r) = 6.498613e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 522 norm(r) = 6.378366e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 523 norm(r) = 6.283957e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 524 norm(r) = 6.183316e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 525 norm(r) = 6.175557e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 526 norm(r) = 6.158415e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 527 norm(r) = 6.145340e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 528 norm(r) = 6.120395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 529 norm(r) = 6.122114e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 530 norm(r) = 6.111323e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 531 norm(r) = 6.077973e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 532 norm(r) = 6.032702e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 533 norm(r) = 5.949329e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 534 norm(r) = 5.843081e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 535 norm(r) = 5.718067e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 536 norm(r) = 5.490410e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 537 norm(r) = 5.339660e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 538 norm(r) = 5.137178e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 539 norm(r) = 4.885333e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 540 norm(r) = 4.362213e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 540 norm(r) = 4.362213e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 541 norm(r) = 4.276095e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 542 norm(r) = 4.233528e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 543 norm(r) = 4.238076e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 544 norm(r) = 4.234509e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 545 norm(r) = 4.246633e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 546 norm(r) = 4.257367e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 547 norm(r) = 4.204725e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 548 norm(r) = 4.095432e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 549 norm(r) = 4.090318e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 550 norm(r) = 4.053526e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 551 norm(r) = 4.005230e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 552 norm(r) = 3.983152e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 553 norm(r) = 3.961115e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 554 norm(r) = 3.934655e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 555 norm(r) = 3.929202e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 556 norm(r) = 3.910714e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 557 norm(r) = 3.897142e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 558 norm(r) = 3.883143e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 559 norm(r) = 3.884521e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 560 norm(r) = 3.876737e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 561 norm(r) = 3.793221e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 562 norm(r) = 3.689908e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 563 norm(r) = 3.618057e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 564 norm(r) = 3.577174e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 565 norm(r) = 3.550920e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 566 norm(r) = 3.503503e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 567 norm(r) = 3.437252e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 568 norm(r) = 3.336037e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 569 norm(r) = 3.266974e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 570 norm(r) = 3.175831e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 570 norm(r) = 3.175831e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 571 norm(r) = 3.163523e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 572 norm(r) = 3.155816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 573 norm(r) = 3.155025e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 574 norm(r) = 3.153341e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 575 norm(r) = 3.158922e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 576 norm(r) = 3.154595e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 577 norm(r) = 3.139835e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 578 norm(r) = 3.126816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 579 norm(r) = 3.127455e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 580 norm(r) = 3.105712e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 581 norm(r) = 3.082421e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 582 norm(r) = 3.057752e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 583 norm(r) = 3.019065e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 584 norm(r) = 2.989489e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 585 norm(r) = 2.986575e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 586 norm(r) = 2.968196e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 587 norm(r) = 2.949535e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 588 norm(r) = 2.942893e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 589 norm(r) = 2.940760e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 590 norm(r) = 2.922652e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 591 norm(r) = 2.895667e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 592 norm(r) = 2.879335e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 593 norm(r) = 2.862430e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 594 norm(r) = 2.812401e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 595 norm(r) = 2.741322e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 596 norm(r) = 2.642122e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 597 norm(r) = 2.544762e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 598 norm(r) = 2.421088e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 599 norm(r) = 2.321159e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 600 norm(r) = 2.207104e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 600 norm(r) = 2.207104e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 601 norm(r) = 2.183198e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 602 norm(r) = 2.170411e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 603 norm(r) = 2.168019e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 604 norm(r) = 2.167281e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 605 norm(r) = 2.167196e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 606 norm(r) = 2.167185e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 607 norm(r) = 2.166814e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 608 norm(r) = 2.185014e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 609 norm(r) = 2.186046e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 610 norm(r) = 2.161644e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 611 norm(r) = 2.110561e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 612 norm(r) = 2.072823e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 613 norm(r) = 2.023563e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 614 norm(r) = 1.983657e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 615 norm(r) = 1.975956e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 616 norm(r) = 1.974675e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 617 norm(r) = 1.973399e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 618 norm(r) = 1.973225e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 619 norm(r) = 1.970459e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 620 norm(r) = 1.960713e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 621 norm(r) = 1.934179e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 622 norm(r) = 1.918126e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 623 norm(r) = 1.902939e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 624 norm(r) = 1.887619e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 625 norm(r) = 1.861899e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 626 norm(r) = 1.804323e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 627 norm(r) = 1.752542e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 628 norm(r) = 1.706925e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 629 norm(r) = 1.685240e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 630 norm(r) = 1.654437e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 630 norm(r) = 1.654437e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 631 norm(r) = 1.638732e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 632 norm(r) = 1.626773e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 633 norm(r) = 1.625772e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 634 norm(r) = 1.617075e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 635 norm(r) = 1.616502e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 636 norm(r) = 1.614553e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 637 norm(r) = 1.612880e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 638 norm(r) = 1.605327e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 639 norm(r) = 1.601997e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 640 norm(r) = 1.592078e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 641 norm(r) = 1.581445e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 642 norm(r) = 1.566978e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 643 norm(r) = 1.543694e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 644 norm(r) = 1.520634e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 645 norm(r) = 1.518262e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 646 norm(r) = 1.503461e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 647 norm(r) = 1.487064e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 648 norm(r) = 1.480403e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 649 norm(r) = 1.480900e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 650 norm(r) = 1.480953e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 651 norm(r) = 1.478712e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 652 norm(r) = 1.474331e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 653 norm(r) = 1.466310e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 654 norm(r) = 1.437166e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 655 norm(r) = 1.399348e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 656 norm(r) = 1.336228e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 657 norm(r) = 1.305226e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 658 norm(r) = 1.278048e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 659 norm(r) = 1.250865e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 660 norm(r) = 1.210452e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 660 norm(r) = 1.210452e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 661 norm(r) = 1.204278e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 662 norm(r) = 1.199499e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 663 norm(r) = 1.200014e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 664 norm(r) = 1.199027e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 665 norm(r) = 1.207956e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 666 norm(r) = 1.209533e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 667 norm(r) = 1.182724e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 668 norm(r) = 1.161475e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 669 norm(r) = 1.162592e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 670 norm(r) = 1.148793e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 671 norm(r) = 1.119567e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 672 norm(r) = 1.098855e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 673 norm(r) = 1.078993e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 674 norm(r) = 1.064123e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 675 norm(r) = 1.062633e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 676 norm(r) = 1.062958e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 677 norm(r) = 1.063138e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 678 norm(r) = 1.063403e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 679 norm(r) = 1.062468e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 680 norm(r) = 1.057331e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 681 norm(r) = 1.046356e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 682 norm(r) = 1.036364e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 683 norm(r) = 1.019443e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 684 norm(r) = 9.992776e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 685 norm(r) = 9.814226e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 686 norm(r) = 9.584547e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 687 norm(r) = 9.435818e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 688 norm(r) = 9.290006e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 689 norm(r) = 9.134033e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 690 norm(r) = 8.672428e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 690 norm(r) = 8.672428e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 691 norm(r) = 8.595226e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 692 norm(r) = 8.562232e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 693 norm(r) = 8.563807e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 694 norm(r) = 8.555396e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 695 norm(r) = 8.553707e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 696 norm(r) = 8.564290e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 697 norm(r) = 8.509850e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 698 norm(r) = 8.447548e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 699 norm(r) = 8.454994e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 700 norm(r) = 8.387424e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 701 norm(r) = 8.314583e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 702 norm(r) = 8.265613e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 703 norm(r) = 8.220805e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 704 norm(r) = 8.168756e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 705 norm(r) = 8.160010e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 706 norm(r) = 8.136940e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 707 norm(r) = 8.107008e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 708 norm(r) = 8.084004e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 709 norm(r) = 8.085129e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 710 norm(r) = 8.040746e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 711 norm(r) = 7.945214e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 712 norm(r) = 7.789736e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 713 norm(r) = 7.677184e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 714 norm(r) = 7.582686e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 715 norm(r) = 7.503830e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 716 norm(r) = 7.326694e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 717 norm(r) = 7.049094e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 718 norm(r) = 6.722223e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 719 norm(r) = 6.491046e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 720 norm(r) = 6.153560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 720 norm(r) = 6.153560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 721 norm(r) = 6.114263e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 722 norm(r) = 6.089220e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 723 norm(r) = 6.087928e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 724 norm(r) = 6.086259e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 725 norm(r) = 6.095545e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 726 norm(r) = 6.095974e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 727 norm(r) = 6.057605e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 728 norm(r) = 6.026350e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 729 norm(r) = 6.027675e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 730 norm(r) = 5.986560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 731 norm(r) = 5.920636e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 732 norm(r) = 5.865918e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 733 norm(r) = 5.742145e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 734 norm(r) = 5.639228e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 735 norm(r) = 5.608879e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 736 norm(r) = 5.601020e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 737 norm(r) = 5.584755e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 738 norm(r) = 5.580874e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 739 norm(r) = 5.579276e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 740 norm(r) = 5.558308e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 741 norm(r) = 5.506993e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 742 norm(r) = 5.474295e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 743 norm(r) = 5.439533e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 744 norm(r) = 5.371824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 745 norm(r) = 5.295683e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 746 norm(r) = 5.160943e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 747 norm(r) = 5.020062e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 748 norm(r) = 4.822068e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 749 norm(r) = 4.686775e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 750 norm(r) = 4.585876e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 750 norm(r) = 4.585876e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 751 norm(r) = 4.544177e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 752 norm(r) = 4.519372e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 753 norm(r) = 4.478992e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 754 norm(r) = 4.473668e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 755 norm(r) = 4.441884e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 756 norm(r) = 4.427513e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 757 norm(r) = 4.414261e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 758 norm(r) = 4.367569e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 759 norm(r) = 4.308605e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 760 norm(r) = 4.306430e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 761 norm(r) = 4.312437e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 762 norm(r) = 4.299640e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 763 norm(r) = 4.262767e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 764 norm(r) = 4.219700e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 765 norm(r) = 4.217479e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 766 norm(r) = 4.198823e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 767 norm(r) = 4.170794e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 768 norm(r) = 4.156217e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 769 norm(r) = 4.156221e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 770 norm(r) = 4.142791e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 771 norm(r) = 4.118688e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 772 norm(r) = 4.091116e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 773 norm(r) = 4.067047e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 774 norm(r) = 4.010792e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 775 norm(r) = 3.912060e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 776 norm(r) = 3.734536e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 777 norm(r) = 3.611234e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 778 norm(r) = 3.538772e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 779 norm(r) = 3.478517e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 780 norm(r) = 3.405486e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 780 norm(r) = 3.405486e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 781 norm(r) = 3.383573e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 782 norm(r) = 3.370822e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 783 norm(r) = 3.376317e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 784 norm(r) = 3.375770e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 785 norm(r) = 3.360922e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 786 norm(r) = 3.367481e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 787 norm(r) = 3.329799e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 788 norm(r) = 3.291990e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 789 norm(r) = 3.292389e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 790 norm(r) = 3.258307e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 791 norm(r) = 3.194395e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 792 norm(r) = 3.154054e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 793 norm(r) = 3.097906e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 794 norm(r) = 3.058837e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 795 norm(r) = 3.055719e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 796 norm(r) = 3.041845e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 797 norm(r) = 3.018510e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 798 norm(r) = 3.015397e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 799 norm(r) = 3.017145e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 800 norm(r) = 3.015091e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 801 norm(r) = 3.000993e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 802 norm(r) = 2.989135e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 803 norm(r) = 2.969900e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 804 norm(r) = 2.923634e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 805 norm(r) = 2.864161e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 806 norm(r) = 2.767537e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 807 norm(r) = 2.724966e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 808 norm(r) = 2.687943e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 809 norm(r) = 2.655550e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 810 norm(r) = 2.575809e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 810 norm(r) = 2.575809e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 811 norm(r) = 2.565407e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 812 norm(r) = 2.558712e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 813 norm(r) = 2.558662e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 814 norm(r) = 2.556021e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 815 norm(r) = 2.568509e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 816 norm(r) = 2.565366e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 817 norm(r) = 2.533284e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 818 norm(r) = 2.508552e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 819 norm(r) = 2.512373e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 820 norm(r) = 2.480831e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 821 norm(r) = 2.441086e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 822 norm(r) = 2.406396e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 823 norm(r) = 2.384553e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 824 norm(r) = 2.364073e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 825 norm(r) = 2.364356e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 826 norm(r) = 2.362829e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 827 norm(r) = 2.364762e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 828 norm(r) = 2.364897e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 829 norm(r) = 2.358850e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 830 norm(r) = 2.337828e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 831 norm(r) = 2.312347e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 832 norm(r) = 2.279104e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 833 norm(r) = 2.232769e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 834 norm(r) = 2.175999e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 835 norm(r) = 2.140773e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 836 norm(r) = 2.100132e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 837 norm(r) = 2.051729e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 838 norm(r) = 1.934474e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 839 norm(r) = 1.780803e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 840 norm(r) = 1.619748e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 840 norm(r) = 1.619748e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 841 norm(r) = 1.599237e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 842 norm(r) = 1.592010e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 843 norm(r) = 1.588997e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 844 norm(r) = 1.588647e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 845 norm(r) = 1.587837e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 846 norm(r) = 1.587732e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 847 norm(r) = 1.587443e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 848 norm(r) = 1.594362e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 849 norm(r) = 1.594197e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 850 norm(r) = 1.573893e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 851 norm(r) = 1.568508e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 852 norm(r) = 1.554867e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 853 norm(r) = 1.513218e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 854 norm(r) = 1.470551e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 855 norm(r) = 1.454462e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 856 norm(r) = 1.448466e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 857 norm(r) = 1.432919e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 858 norm(r) = 1.428059e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 859 norm(r) = 1.427635e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 860 norm(r) = 1.427612e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 861 norm(r) = 1.425379e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 862 norm(r) = 1.421019e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 863 norm(r) = 1.407490e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 864 norm(r) = 1.389237e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 865 norm(r) = 1.366782e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 866 norm(r) = 1.333314e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 867 norm(r) = 1.302183e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 868 norm(r) = 1.262211e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 869 norm(r) = 1.232381e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 870 norm(r) = 1.200824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 870 norm(r) = 1.200824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 871 norm(r) = 1.192985e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 872 norm(r) = 1.178995e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 873 norm(r) = 1.177652e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 874 norm(r) = 1.172660e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 875 norm(r) = 1.165555e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 876 norm(r) = 1.164234e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 877 norm(r) = 1.163084e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 878 norm(r) = 1.156406e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 879 norm(r) = 1.152986e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 880 norm(r) = 1.147057e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 881 norm(r) = 1.142138e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 882 norm(r) = 1.132013e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 883 norm(r) = 1.119925e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 884 norm(r) = 1.101948e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 885 norm(r) = 1.098269e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 886 norm(r) = 1.091468e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 887 norm(r) = 1.066400e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 888 norm(r) = 1.047478e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 889 norm(r) = 1.036119e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 890 norm(r) = 1.031964e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 891 norm(r) = 1.031842e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 892 norm(r) = 1.030833e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 893 norm(r) = 1.029064e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 894 norm(r) = 1.022451e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 895 norm(r) = 1.001329e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 896 norm(r) = 9.613011e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 897 norm(r) = 9.288684e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 898 norm(r) = 9.069204e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 899 norm(r) = 8.917787e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 900 norm(r) = 8.721232e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 900 norm(r) = 8.721232e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 901 norm(r) = 8.682399e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 902 norm(r) = 8.660717e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 903 norm(r) = 8.658475e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 904 norm(r) = 8.649447e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 905 norm(r) = 8.697545e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 906 norm(r) = 8.680344e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 907 norm(r) = 8.525697e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 908 norm(r) = 8.399976e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 909 norm(r) = 8.403154e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 910 norm(r) = 8.299878e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 911 norm(r) = 8.149663e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 912 norm(r) = 8.036990e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 913 norm(r) = 7.956314e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 914 norm(r) = 7.906910e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 915 norm(r) = 7.905816e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 916 norm(r) = 7.900540e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 917 norm(r) = 7.903006e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 918 norm(r) = 7.888319e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 919 norm(r) = 7.798888e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 920 norm(r) = 7.715394e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 921 norm(r) = 7.621276e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 922 norm(r) = 7.580058e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 923 norm(r) = 7.536854e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 924 norm(r) = 7.400558e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 925 norm(r) = 7.221431e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 926 norm(r) = 7.036744e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 927 norm(r) = 6.937929e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 928 norm(r) = 6.817422e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 929 norm(r) = 6.700704e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 930 norm(r) = 6.459630e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 930 norm(r) = 6.459630e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 931 norm(r) = 6.430365e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 932 norm(r) = 6.416709e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 933 norm(r) = 6.431829e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 934 norm(r) = 6.427978e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 935 norm(r) = 6.428549e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 936 norm(r) = 6.424363e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 937 norm(r) = 6.371962e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 938 norm(r) = 6.321574e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 939 norm(r) = 6.331183e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 940 norm(r) = 6.268002e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 941 norm(r) = 6.151667e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 942 norm(r) = 6.050956e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 943 norm(r) = 5.970490e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 944 norm(r) = 5.882717e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 945 norm(r) = 5.858753e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 946 norm(r) = 5.842567e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 947 norm(r) = 5.800182e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 948 norm(r) = 5.753456e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 949 norm(r) = 5.742869e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 950 norm(r) = 5.744366e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 951 norm(r) = 5.737976e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 952 norm(r) = 5.675678e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 953 norm(r) = 5.586597e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 954 norm(r) = 5.500116e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 955 norm(r) = 5.419091e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 956 norm(r) = 5.278670e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 957 norm(r) = 5.061337e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 958 norm(r) = 4.654080e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 959 norm(r) = 4.314559e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 960 norm(r) = 4.149192e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 960 norm(r) = 4.149192e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 961 norm(r) = 4.112100e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 962 norm(r) = 4.092797e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 963 norm(r) = 4.088853e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 964 norm(r) = 4.085514e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 965 norm(r) = 4.078900e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 966 norm(r) = 4.080178e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 967 norm(r) = 4.069784e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 968 norm(r) = 4.084963e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 969 norm(r) = 4.083822e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 970 norm(r) = 4.030039e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 971 norm(r) = 4.050306e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 972 norm(r) = 3.971527e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 973 norm(r) = 3.782080e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 974 norm(r) = 3.696789e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 975 norm(r) = 3.683763e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 976 norm(r) = 3.666397e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 977 norm(r) = 3.642899e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 978 norm(r) = 3.639415e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 979 norm(r) = 3.639242e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 980 norm(r) = 3.635265e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 981 norm(r) = 3.621529e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 982 norm(r) = 3.603933e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 983 norm(r) = 3.562561e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 984 norm(r) = 3.512183e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 985 norm(r) = 3.435869e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 986 norm(r) = 3.352265e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 987 norm(r) = 3.291472e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 988 norm(r) = 3.217038e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 989 norm(r) = 3.170342e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 990 norm(r) = 3.088750e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 990 norm(r) = 3.088750e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 991 norm(r) = 3.066364e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 992 norm(r) = 3.049596e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 993 norm(r) = 3.046839e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 994 norm(r) = 3.045257e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 995 norm(r) = 3.046419e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 996 norm(r) = 3.046049e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 997 norm(r) = 3.036565e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 998 norm(r) = 3.013132e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 999 norm(r) = 3.013647e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1000 norm(r) = 2.985244e-05; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 1000 ksp.norm= 2.37911826654e-05 reason = -3
Newton it 1 norm(r) = 2.98524e-05 norm(r)/(rtol*norm(r0)+atol) = 2.98524e+03
Step failed due to solver failure
Sequence step failed
SplitOperator_Min choose_dt_system t_system_last= 0.0 dt_system= 0.015625 t_system= 0.015625
Retrying sequence
Split operator iteration 0
Model: poisson_3d_tetgen_c0p2pe512
Fractional step 1.56250e-02 for model poisson_3d_tetgen_c0p2pe512
Step exact called for model poisson_3d_tetgen_c0p2pe512
StepControl base stepExact t_model= 0.015625 tOut= 0.015625 t_model_last= 0.0 dt_model= 0.015625 setting to 0.015625
Model step t= 1.56250e-02, dt= 1.56250e-02 for model poisson_3d_tetgen_c0p2pe512
Model substep t= 1.56250e-02 for model poisson_3d_tetgen_c0p2pe512
Model substep t= 1.56250e-02 for model poisson_3d_tetgen_c0p2pe512 model.timeIntegration.t= 1.56250e-02
Newton it 0 norm(r) = 2.48694e+00 norm(r)/(rtol*norm(r0)+atol) = 2.48694e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 1000 ksp.norm= 2.37911826654e-05
KSP it 0 norm(r) = 2.486943e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 4.386747e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 3.764762e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 4.118068e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 5.342874e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 5.364993e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 6.582741e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 6.720489e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 6.899600e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 7.036575e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 6.570181e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 7.015713e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 6.883602e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 7.132092e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 7.067143e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 6.200014e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 6.218085e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 6.417449e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 6.497104e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 6.435190e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 6.422506e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 6.192405e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 5.707595e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 5.375631e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 4.996013e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 4.599236e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 4.200841e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 3.810233e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 3.439873e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 3.123453e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.832392e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.832392e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 2.731145e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 2.636028e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 2.630163e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 2.582334e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 2.544967e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 2.514014e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 2.502680e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 2.463512e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 2.431258e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 2.397505e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 2.346815e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 2.267196e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 2.194334e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 2.121429e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 2.112483e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 2.099913e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 2.022302e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 2.009406e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 2.011167e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 1.930884e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 1.860841e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 1.736437e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 1.606046e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 1.488827e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 1.384380e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 1.309955e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 1.237779e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 1.185100e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 1.155312e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.112545e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.112545e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 1.101193e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 1.087967e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 63 norm(r) = 1.086544e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 64 norm(r) = 1.085654e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 65 norm(r) = 1.082727e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 66 norm(r) = 1.081643e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 67 norm(r) = 1.078949e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 68 norm(r) = 1.080978e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 69 norm(r) = 1.081646e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 70 norm(r) = 1.078102e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 71 norm(r) = 1.026766e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 72 norm(r) = 9.899429e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 73 norm(r) = 9.760274e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 74 norm(r) = 9.561762e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 75 norm(r) = 9.530032e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 76 norm(r) = 9.483994e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 77 norm(r) = 9.291417e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 78 norm(r) = 9.190418e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 79 norm(r) = 9.025491e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 80 norm(r) = 8.535620e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 81 norm(r) = 8.383963e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 82 norm(r) = 8.331835e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 83 norm(r) = 8.325191e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 84 norm(r) = 8.221193e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 85 norm(r) = 8.078088e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 86 norm(r) = 7.951760e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 87 norm(r) = 7.797495e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 88 norm(r) = 7.408411e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 89 norm(r) = 6.988361e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.647567e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.647567e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 91 norm(r) = 6.579730e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 92 norm(r) = 6.536974e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 93 norm(r) = 6.486141e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 94 norm(r) = 6.476089e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 95 norm(r) = 6.469479e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 96 norm(r) = 6.466895e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 97 norm(r) = 6.445330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 98 norm(r) = 6.433891e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 99 norm(r) = 6.425510e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 100 norm(r) = 6.329217e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 101 norm(r) = 6.305694e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 102 norm(r) = 6.224416e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 103 norm(r) = 6.011469e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 104 norm(r) = 5.845630e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 105 norm(r) = 5.771375e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 106 norm(r) = 5.756726e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 107 norm(r) = 5.735813e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 108 norm(r) = 5.694329e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 109 norm(r) = 5.695605e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 110 norm(r) = 5.691553e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 111 norm(r) = 5.689691e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 112 norm(r) = 5.682743e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 113 norm(r) = 5.653494e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 114 norm(r) = 5.562400e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 115 norm(r) = 5.429186e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 116 norm(r) = 5.213739e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 117 norm(r) = 5.075004e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 118 norm(r) = 4.966395e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 119 norm(r) = 4.867877e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.766120e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.766120e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 121 norm(r) = 4.707115e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 122 norm(r) = 4.655677e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 123 norm(r) = 4.636401e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 124 norm(r) = 4.627117e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 125 norm(r) = 4.581021e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 126 norm(r) = 4.566611e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 127 norm(r) = 4.562326e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 128 norm(r) = 4.535260e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 129 norm(r) = 4.505552e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 130 norm(r) = 4.495265e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 131 norm(r) = 4.451766e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 132 norm(r) = 4.418570e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 133 norm(r) = 4.394083e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 134 norm(r) = 4.346243e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 135 norm(r) = 4.340814e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 136 norm(r) = 4.307037e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 137 norm(r) = 4.259232e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 138 norm(r) = 4.228302e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 139 norm(r) = 4.218140e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 140 norm(r) = 4.219674e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 141 norm(r) = 4.213976e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 142 norm(r) = 4.192660e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 143 norm(r) = 4.155252e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 144 norm(r) = 4.077745e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 145 norm(r) = 3.965659e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 146 norm(r) = 3.769532e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 147 norm(r) = 3.657598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 148 norm(r) = 3.584334e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 149 norm(r) = 3.513807e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 3.298330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 3.298330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 151 norm(r) = 3.242899e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 152 norm(r) = 3.225761e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 153 norm(r) = 3.222430e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 154 norm(r) = 3.213014e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 155 norm(r) = 3.212397e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 156 norm(r) = 3.234666e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 157 norm(r) = 3.170829e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 158 norm(r) = 3.103595e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 159 norm(r) = 3.099114e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 160 norm(r) = 3.067196e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 161 norm(r) = 3.027016e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 162 norm(r) = 2.993351e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 163 norm(r) = 2.965954e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 164 norm(r) = 2.942938e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 165 norm(r) = 2.923623e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 166 norm(r) = 2.890795e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 167 norm(r) = 2.868759e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 168 norm(r) = 2.858137e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 169 norm(r) = 2.854682e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 170 norm(r) = 2.855122e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 171 norm(r) = 2.848834e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 172 norm(r) = 2.822329e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 173 norm(r) = 2.783573e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 174 norm(r) = 2.761117e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 175 norm(r) = 2.741176e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 176 norm(r) = 2.708708e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 177 norm(r) = 2.619090e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 178 norm(r) = 2.519749e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 179 norm(r) = 2.459101e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.397318e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.397318e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 181 norm(r) = 2.389069e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 182 norm(r) = 2.383287e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 183 norm(r) = 2.383511e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 184 norm(r) = 2.382187e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 185 norm(r) = 2.386800e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 186 norm(r) = 2.384987e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 187 norm(r) = 2.362248e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 188 norm(r) = 2.336347e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 189 norm(r) = 2.338723e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 190 norm(r) = 2.324027e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 191 norm(r) = 2.311533e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 192 norm(r) = 2.294539e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 193 norm(r) = 2.244562e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 194 norm(r) = 2.205129e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 195 norm(r) = 2.193246e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 196 norm(r) = 2.190810e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 197 norm(r) = 2.181869e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 198 norm(r) = 2.176923e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 199 norm(r) = 2.177139e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 200 norm(r) = 2.170419e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 201 norm(r) = 2.157663e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 202 norm(r) = 2.146047e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 203 norm(r) = 2.122427e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 204 norm(r) = 2.079343e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 205 norm(r) = 2.042520e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 206 norm(r) = 1.990234e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 207 norm(r) = 1.947473e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 208 norm(r) = 1.879091e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 209 norm(r) = 1.818091e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 1.715844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 1.715844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 211 norm(r) = 1.704522e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 212 norm(r) = 1.694714e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 213 norm(r) = 1.692310e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 214 norm(r) = 1.690959e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 215 norm(r) = 1.698906e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 216 norm(r) = 1.696999e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 217 norm(r) = 1.676981e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 218 norm(r) = 1.669164e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 219 norm(r) = 1.669780e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 220 norm(r) = 1.650490e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 221 norm(r) = 1.626831e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 222 norm(r) = 1.602044e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 223 norm(r) = 1.580970e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 224 norm(r) = 1.561771e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 225 norm(r) = 1.558535e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 226 norm(r) = 1.548598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 227 norm(r) = 1.539499e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 228 norm(r) = 1.538854e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 229 norm(r) = 1.540635e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 230 norm(r) = 1.537203e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 231 norm(r) = 1.527718e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 232 norm(r) = 1.514512e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 233 norm(r) = 1.493909e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 234 norm(r) = 1.470668e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 235 norm(r) = 1.422817e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 236 norm(r) = 1.349097e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 237 norm(r) = 1.299210e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 238 norm(r) = 1.279234e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 239 norm(r) = 1.258782e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.217394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.217394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 241 norm(r) = 1.204279e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 242 norm(r) = 1.194163e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 243 norm(r) = 1.188150e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 244 norm(r) = 1.187690e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 245 norm(r) = 1.185942e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 246 norm(r) = 1.185780e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 247 norm(r) = 1.185284e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 248 norm(r) = 1.193920e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 249 norm(r) = 1.197278e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 250 norm(r) = 1.188215e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 251 norm(r) = 1.160782e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 252 norm(r) = 1.144842e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 253 norm(r) = 1.136292e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 254 norm(r) = 1.129578e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 255 norm(r) = 1.129697e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 256 norm(r) = 1.129888e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 257 norm(r) = 1.129728e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 258 norm(r) = 1.129686e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 259 norm(r) = 1.124562e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 260 norm(r) = 1.114029e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 261 norm(r) = 1.101084e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 262 norm(r) = 1.082114e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 263 norm(r) = 1.059319e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 264 norm(r) = 1.036546e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 265 norm(r) = 1.023515e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 266 norm(r) = 1.010598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 267 norm(r) = 9.983676e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 268 norm(r) = 9.579760e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 269 norm(r) = 9.132087e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 8.566019e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 270 norm(r) = 8.566019e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 271 norm(r) = 8.475405e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 272 norm(r) = 8.436954e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 273 norm(r) = 8.433215e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 274 norm(r) = 8.374722e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 275 norm(r) = 8.368506e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 276 norm(r) = 8.332114e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 277 norm(r) = 8.271020e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 278 norm(r) = 8.175122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 279 norm(r) = 8.172681e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 280 norm(r) = 8.103416e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 281 norm(r) = 8.088885e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 282 norm(r) = 8.046575e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 283 norm(r) = 7.854107e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 284 norm(r) = 7.741799e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 285 norm(r) = 7.674335e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 286 norm(r) = 7.632847e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 287 norm(r) = 7.535698e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 288 norm(r) = 7.501856e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 289 norm(r) = 7.447167e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 290 norm(r) = 7.294207e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 291 norm(r) = 7.145442e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 292 norm(r) = 6.958074e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 293 norm(r) = 6.860273e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 294 norm(r) = 6.826460e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 295 norm(r) = 6.827501e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 296 norm(r) = 6.822458e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 297 norm(r) = 6.759495e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 298 norm(r) = 6.647487e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 299 norm(r) = 6.494337e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 6.285924e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 300 norm(r) = 6.285924e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 301 norm(r) = 6.259389e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 302 norm(r) = 6.236701e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 303 norm(r) = 6.258496e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 304 norm(r) = 6.302889e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 305 norm(r) = 6.307542e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 306 norm(r) = 6.279180e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 307 norm(r) = 6.177280e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 308 norm(r) = 6.070531e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 309 norm(r) = 6.095355e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 310 norm(r) = 6.011728e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 311 norm(r) = 5.846745e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 312 norm(r) = 5.722967e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 313 norm(r) = 5.656958e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 314 norm(r) = 5.574707e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 315 norm(r) = 5.560228e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 316 norm(r) = 5.542987e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 317 norm(r) = 5.504683e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 318 norm(r) = 5.508319e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 319 norm(r) = 5.512639e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 320 norm(r) = 5.489679e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 321 norm(r) = 5.435441e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 322 norm(r) = 5.351264e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 323 norm(r) = 5.276209e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 324 norm(r) = 5.191645e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 325 norm(r) = 5.108607e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 326 norm(r) = 4.933646e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 327 norm(r) = 4.610152e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 328 norm(r) = 4.457147e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 329 norm(r) = 4.273654e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 4.100670e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 330 norm(r) = 4.100670e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 331 norm(r) = 4.074131e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 332 norm(r) = 4.054152e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 333 norm(r) = 4.048465e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 334 norm(r) = 4.044003e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 335 norm(r) = 4.044602e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 336 norm(r) = 4.034111e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 337 norm(r) = 4.004959e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 338 norm(r) = 4.008708e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 339 norm(r) = 4.005740e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 340 norm(r) = 3.923982e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 341 norm(r) = 3.844726e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 342 norm(r) = 3.762217e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 343 norm(r) = 3.719282e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 344 norm(r) = 3.694254e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 345 norm(r) = 3.690260e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 346 norm(r) = 3.675760e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 347 norm(r) = 3.659265e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 348 norm(r) = 3.629044e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 349 norm(r) = 3.605981e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 350 norm(r) = 3.590956e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 351 norm(r) = 3.591141e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 352 norm(r) = 3.585158e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 353 norm(r) = 3.516097e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 354 norm(r) = 3.440009e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 355 norm(r) = 3.395939e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 356 norm(r) = 3.349333e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 357 norm(r) = 3.298823e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 358 norm(r) = 3.175262e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 359 norm(r) = 3.081428e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 2.998122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 360 norm(r) = 2.998122e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 361 norm(r) = 2.959687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 362 norm(r) = 2.934978e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 363 norm(r) = 2.922373e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 364 norm(r) = 2.921346e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 365 norm(r) = 2.909706e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 366 norm(r) = 2.907564e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 367 norm(r) = 2.892289e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 368 norm(r) = 2.877484e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 369 norm(r) = 2.867571e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 370 norm(r) = 2.843166e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 371 norm(r) = 2.814595e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 372 norm(r) = 2.797091e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 373 norm(r) = 2.780325e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 374 norm(r) = 2.754658e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 375 norm(r) = 2.754258e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 376 norm(r) = 2.738962e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 377 norm(r) = 2.714612e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 378 norm(r) = 2.705432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 379 norm(r) = 2.706062e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 380 norm(r) = 2.698372e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 381 norm(r) = 2.672129e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 382 norm(r) = 2.653355e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 383 norm(r) = 2.630081e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 384 norm(r) = 2.598534e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 385 norm(r) = 2.553914e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 386 norm(r) = 2.482958e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 387 norm(r) = 2.433214e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 388 norm(r) = 2.387733e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 389 norm(r) = 2.352925e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 2.286400e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 390 norm(r) = 2.286400e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 391 norm(r) = 2.274354e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 392 norm(r) = 2.267279e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 393 norm(r) = 2.268755e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 394 norm(r) = 2.274630e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 395 norm(r) = 2.278276e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 396 norm(r) = 2.272687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 397 norm(r) = 2.241577e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 398 norm(r) = 2.214712e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 399 norm(r) = 2.217918e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 400 norm(r) = 2.184957e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 401 norm(r) = 2.147955e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 402 norm(r) = 2.116062e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 403 norm(r) = 2.087727e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 404 norm(r) = 2.064256e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 405 norm(r) = 2.062292e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 406 norm(r) = 2.045649e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 407 norm(r) = 2.033748e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 408 norm(r) = 2.029368e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 409 norm(r) = 2.030286e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 410 norm(r) = 2.025687e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 411 norm(r) = 2.015100e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 412 norm(r) = 2.003567e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 413 norm(r) = 1.989534e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 414 norm(r) = 1.958781e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 415 norm(r) = 1.907282e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 416 norm(r) = 1.826845e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 417 norm(r) = 1.778349e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 418 norm(r) = 1.749897e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 419 norm(r) = 1.726443e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 1.670752e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 420 norm(r) = 1.670752e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 421 norm(r) = 1.664111e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 422 norm(r) = 1.658873e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 423 norm(r) = 1.658397e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 424 norm(r) = 1.657259e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 425 norm(r) = 1.665278e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 426 norm(r) = 1.665767e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 427 norm(r) = 1.644539e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 428 norm(r) = 1.619259e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 429 norm(r) = 1.620244e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 430 norm(r) = 1.605599e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 431 norm(r) = 1.565941e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 432 norm(r) = 1.532290e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 433 norm(r) = 1.512695e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 434 norm(r) = 1.501665e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 435 norm(r) = 1.501850e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 436 norm(r) = 1.502379e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 437 norm(r) = 1.501021e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 438 norm(r) = 1.500300e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 439 norm(r) = 1.495727e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 440 norm(r) = 1.488891e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 441 norm(r) = 1.478188e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 442 norm(r) = 1.468993e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 443 norm(r) = 1.457350e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 444 norm(r) = 1.428839e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 445 norm(r) = 1.395166e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 446 norm(r) = 1.353844e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 447 norm(r) = 1.333464e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 448 norm(r) = 1.313457e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 449 norm(r) = 1.280223e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 450 norm(r) = 1.222432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 450 norm(r) = 1.222432e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 451 norm(r) = 1.210439e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 452 norm(r) = 1.207031e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 453 norm(r) = 1.202298e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 454 norm(r) = 1.201204e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 455 norm(r) = 1.201089e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 456 norm(r) = 1.201071e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 457 norm(r) = 1.199165e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 458 norm(r) = 1.203831e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 459 norm(r) = 1.203860e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 460 norm(r) = 1.191467e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 461 norm(r) = 1.176895e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 462 norm(r) = 1.165888e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 463 norm(r) = 1.151870e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 464 norm(r) = 1.138433e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 465 norm(r) = 1.135907e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 466 norm(r) = 1.131136e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 467 norm(r) = 1.122411e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 468 norm(r) = 1.114185e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 469 norm(r) = 1.114244e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 470 norm(r) = 1.112015e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 471 norm(r) = 1.102682e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 472 norm(r) = 1.095951e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 473 norm(r) = 1.088640e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 474 norm(r) = 1.080210e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 475 norm(r) = 1.061734e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 476 norm(r) = 1.031328e-02; atol=1.000000e-10 rtol=0.000000e+00
KSP it 477 norm(r) = 9.930930e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 478 norm(r) = 9.547409e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 479 norm(r) = 9.291886e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 480 norm(r) = 9.008118e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 480 norm(r) = 9.008118e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 481 norm(r) = 8.868159e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 482 norm(r) = 8.755042e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 483 norm(r) = 8.749774e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 484 norm(r) = 8.688915e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 485 norm(r) = 8.685182e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 486 norm(r) = 8.665363e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 487 norm(r) = 8.631129e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 488 norm(r) = 8.546678e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 489 norm(r) = 8.538321e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 490 norm(r) = 8.445913e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 491 norm(r) = 8.366687e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 492 norm(r) = 8.317108e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 493 norm(r) = 8.243057e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 494 norm(r) = 8.173738e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 495 norm(r) = 8.169297e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 496 norm(r) = 8.145720e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 497 norm(r) = 8.104963e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 498 norm(r) = 8.090885e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 499 norm(r) = 8.092152e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 500 norm(r) = 8.072160e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 501 norm(r) = 8.004774e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 502 norm(r) = 7.959183e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 503 norm(r) = 7.905527e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 504 norm(r) = 7.824028e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 505 norm(r) = 7.701149e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 506 norm(r) = 7.468816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 507 norm(r) = 7.300160e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 508 norm(r) = 7.149416e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 509 norm(r) = 7.053642e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 510 norm(r) = 6.887395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 510 norm(r) = 6.887395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 511 norm(r) = 6.852630e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 512 norm(r) = 6.829373e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 513 norm(r) = 6.827150e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 514 norm(r) = 6.822514e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 515 norm(r) = 6.835773e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 516 norm(r) = 6.834825e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 517 norm(r) = 6.762790e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 518 norm(r) = 6.703941e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 519 norm(r) = 6.712740e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 520 norm(r) = 6.623746e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 521 norm(r) = 6.498613e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 522 norm(r) = 6.378366e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 523 norm(r) = 6.283957e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 524 norm(r) = 6.183316e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 525 norm(r) = 6.175557e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 526 norm(r) = 6.158415e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 527 norm(r) = 6.145340e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 528 norm(r) = 6.120395e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 529 norm(r) = 6.122114e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 530 norm(r) = 6.111323e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 531 norm(r) = 6.077973e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 532 norm(r) = 6.032702e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 533 norm(r) = 5.949329e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 534 norm(r) = 5.843081e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 535 norm(r) = 5.718067e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 536 norm(r) = 5.490410e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 537 norm(r) = 5.339660e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 538 norm(r) = 5.137178e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 539 norm(r) = 4.885333e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 540 norm(r) = 4.362213e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 540 norm(r) = 4.362213e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 541 norm(r) = 4.276095e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 542 norm(r) = 4.233528e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 543 norm(r) = 4.238076e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 544 norm(r) = 4.234509e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 545 norm(r) = 4.246633e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 546 norm(r) = 4.257367e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 547 norm(r) = 4.204725e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 548 norm(r) = 4.095432e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 549 norm(r) = 4.090318e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 550 norm(r) = 4.053526e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 551 norm(r) = 4.005230e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 552 norm(r) = 3.983152e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 553 norm(r) = 3.961115e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 554 norm(r) = 3.934655e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 555 norm(r) = 3.929202e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 556 norm(r) = 3.910714e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 557 norm(r) = 3.897142e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 558 norm(r) = 3.883143e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 559 norm(r) = 3.884521e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 560 norm(r) = 3.876737e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 561 norm(r) = 3.793221e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 562 norm(r) = 3.689908e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 563 norm(r) = 3.618057e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 564 norm(r) = 3.577174e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 565 norm(r) = 3.550920e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 566 norm(r) = 3.503503e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 567 norm(r) = 3.437252e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 568 norm(r) = 3.336037e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 569 norm(r) = 3.266974e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 570 norm(r) = 3.175831e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 570 norm(r) = 3.175831e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 571 norm(r) = 3.163523e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 572 norm(r) = 3.155816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 573 norm(r) = 3.155025e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 574 norm(r) = 3.153341e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 575 norm(r) = 3.158922e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 576 norm(r) = 3.154595e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 577 norm(r) = 3.139835e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 578 norm(r) = 3.126816e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 579 norm(r) = 3.127455e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 580 norm(r) = 3.105712e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 581 norm(r) = 3.082421e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 582 norm(r) = 3.057752e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 583 norm(r) = 3.019065e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 584 norm(r) = 2.989489e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 585 norm(r) = 2.986575e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 586 norm(r) = 2.968196e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 587 norm(r) = 2.949535e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 588 norm(r) = 2.942893e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 589 norm(r) = 2.940760e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 590 norm(r) = 2.922652e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 591 norm(r) = 2.895667e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 592 norm(r) = 2.879335e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 593 norm(r) = 2.862430e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 594 norm(r) = 2.812401e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 595 norm(r) = 2.741322e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 596 norm(r) = 2.642122e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 597 norm(r) = 2.544762e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 598 norm(r) = 2.421088e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 599 norm(r) = 2.321159e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 600 norm(r) = 2.207104e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 600 norm(r) = 2.207104e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 601 norm(r) = 2.183198e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 602 norm(r) = 2.170411e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 603 norm(r) = 2.168019e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 604 norm(r) = 2.167281e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 605 norm(r) = 2.167196e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 606 norm(r) = 2.167185e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 607 norm(r) = 2.166814e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 608 norm(r) = 2.185014e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 609 norm(r) = 2.186046e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 610 norm(r) = 2.161644e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 611 norm(r) = 2.110561e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 612 norm(r) = 2.072823e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 613 norm(r) = 2.023563e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 614 norm(r) = 1.983657e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 615 norm(r) = 1.975956e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 616 norm(r) = 1.974675e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 617 norm(r) = 1.973399e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 618 norm(r) = 1.973225e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 619 norm(r) = 1.970459e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 620 norm(r) = 1.960713e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 621 norm(r) = 1.934179e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 622 norm(r) = 1.918126e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 623 norm(r) = 1.902939e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 624 norm(r) = 1.887619e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 625 norm(r) = 1.861899e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 626 norm(r) = 1.804323e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 627 norm(r) = 1.752542e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 628 norm(r) = 1.706925e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 629 norm(r) = 1.685240e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 630 norm(r) = 1.654437e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 630 norm(r) = 1.654437e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 631 norm(r) = 1.638732e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 632 norm(r) = 1.626773e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 633 norm(r) = 1.625772e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 634 norm(r) = 1.617075e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 635 norm(r) = 1.616502e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 636 norm(r) = 1.614553e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 637 norm(r) = 1.612880e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 638 norm(r) = 1.605327e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 639 norm(r) = 1.601997e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 640 norm(r) = 1.592078e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 641 norm(r) = 1.581445e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 642 norm(r) = 1.566978e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 643 norm(r) = 1.543694e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 644 norm(r) = 1.520634e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 645 norm(r) = 1.518262e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 646 norm(r) = 1.503461e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 647 norm(r) = 1.487064e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 648 norm(r) = 1.480403e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 649 norm(r) = 1.480900e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 650 norm(r) = 1.480953e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 651 norm(r) = 1.478712e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 652 norm(r) = 1.474331e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 653 norm(r) = 1.466310e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 654 norm(r) = 1.437166e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 655 norm(r) = 1.399348e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 656 norm(r) = 1.336228e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 657 norm(r) = 1.305226e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 658 norm(r) = 1.278048e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 659 norm(r) = 1.250865e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 660 norm(r) = 1.210452e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 660 norm(r) = 1.210452e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 661 norm(r) = 1.204278e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 662 norm(r) = 1.199499e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 663 norm(r) = 1.200014e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 664 norm(r) = 1.199027e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 665 norm(r) = 1.207956e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 666 norm(r) = 1.209533e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 667 norm(r) = 1.182724e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 668 norm(r) = 1.161475e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 669 norm(r) = 1.162592e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 670 norm(r) = 1.148793e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 671 norm(r) = 1.119567e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 672 norm(r) = 1.098855e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 673 norm(r) = 1.078993e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 674 norm(r) = 1.064123e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 675 norm(r) = 1.062633e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 676 norm(r) = 1.062958e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 677 norm(r) = 1.063138e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 678 norm(r) = 1.063403e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 679 norm(r) = 1.062468e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 680 norm(r) = 1.057331e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 681 norm(r) = 1.046356e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 682 norm(r) = 1.036364e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 683 norm(r) = 1.019443e-03; atol=1.000000e-10 rtol=0.000000e+00
KSP it 684 norm(r) = 9.992776e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 685 norm(r) = 9.814226e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 686 norm(r) = 9.584547e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 687 norm(r) = 9.435818e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 688 norm(r) = 9.290006e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 689 norm(r) = 9.134033e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 690 norm(r) = 8.672428e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 690 norm(r) = 8.672428e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 691 norm(r) = 8.595226e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 692 norm(r) = 8.562232e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 693 norm(r) = 8.563807e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 694 norm(r) = 8.555396e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 695 norm(r) = 8.553707e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 696 norm(r) = 8.564290e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 697 norm(r) = 8.509850e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 698 norm(r) = 8.447548e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 699 norm(r) = 8.454994e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 700 norm(r) = 8.387424e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 701 norm(r) = 8.314583e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 702 norm(r) = 8.265613e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 703 norm(r) = 8.220805e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 704 norm(r) = 8.168756e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 705 norm(r) = 8.160010e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 706 norm(r) = 8.136940e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 707 norm(r) = 8.107008e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 708 norm(r) = 8.084004e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 709 norm(r) = 8.085129e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 710 norm(r) = 8.040746e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 711 norm(r) = 7.945214e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 712 norm(r) = 7.789736e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 713 norm(r) = 7.677184e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 714 norm(r) = 7.582686e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 715 norm(r) = 7.503830e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 716 norm(r) = 7.326694e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 717 norm(r) = 7.049094e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 718 norm(r) = 6.722223e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 719 norm(r) = 6.491046e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 720 norm(r) = 6.153560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 720 norm(r) = 6.153560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 721 norm(r) = 6.114263e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 722 norm(r) = 6.089220e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 723 norm(r) = 6.087928e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 724 norm(r) = 6.086259e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 725 norm(r) = 6.095545e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 726 norm(r) = 6.095974e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 727 norm(r) = 6.057605e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 728 norm(r) = 6.026350e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 729 norm(r) = 6.027675e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 730 norm(r) = 5.986560e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 731 norm(r) = 5.920636e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 732 norm(r) = 5.865918e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 733 norm(r) = 5.742145e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 734 norm(r) = 5.639228e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 735 norm(r) = 5.608879e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 736 norm(r) = 5.601020e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 737 norm(r) = 5.584755e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 738 norm(r) = 5.580874e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 739 norm(r) = 5.579276e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 740 norm(r) = 5.558308e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 741 norm(r) = 5.506993e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 742 norm(r) = 5.474295e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 743 norm(r) = 5.439533e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 744 norm(r) = 5.371824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 745 norm(r) = 5.295683e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 746 norm(r) = 5.160943e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 747 norm(r) = 5.020062e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 748 norm(r) = 4.822068e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 749 norm(r) = 4.686775e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 750 norm(r) = 4.585876e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 750 norm(r) = 4.585876e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 751 norm(r) = 4.544177e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 752 norm(r) = 4.519372e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 753 norm(r) = 4.478992e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 754 norm(r) = 4.473668e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 755 norm(r) = 4.441884e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 756 norm(r) = 4.427513e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 757 norm(r) = 4.414261e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 758 norm(r) = 4.367569e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 759 norm(r) = 4.308605e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 760 norm(r) = 4.306430e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 761 norm(r) = 4.312437e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 762 norm(r) = 4.299640e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 763 norm(r) = 4.262767e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 764 norm(r) = 4.219700e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 765 norm(r) = 4.217479e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 766 norm(r) = 4.198823e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 767 norm(r) = 4.170794e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 768 norm(r) = 4.156217e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 769 norm(r) = 4.156221e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 770 norm(r) = 4.142791e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 771 norm(r) = 4.118688e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 772 norm(r) = 4.091116e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 773 norm(r) = 4.067047e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 774 norm(r) = 4.010792e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 775 norm(r) = 3.912060e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 776 norm(r) = 3.734536e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 777 norm(r) = 3.611234e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 778 norm(r) = 3.538772e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 779 norm(r) = 3.478517e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 780 norm(r) = 3.405486e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 780 norm(r) = 3.405486e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 781 norm(r) = 3.383573e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 782 norm(r) = 3.370822e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 783 norm(r) = 3.376317e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 784 norm(r) = 3.375770e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 785 norm(r) = 3.360922e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 786 norm(r) = 3.367481e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 787 norm(r) = 3.329799e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 788 norm(r) = 3.291990e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 789 norm(r) = 3.292389e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 790 norm(r) = 3.258307e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 791 norm(r) = 3.194395e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 792 norm(r) = 3.154054e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 793 norm(r) = 3.097906e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 794 norm(r) = 3.058837e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 795 norm(r) = 3.055719e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 796 norm(r) = 3.041845e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 797 norm(r) = 3.018510e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 798 norm(r) = 3.015397e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 799 norm(r) = 3.017145e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 800 norm(r) = 3.015091e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 801 norm(r) = 3.000993e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 802 norm(r) = 2.989135e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 803 norm(r) = 2.969900e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 804 norm(r) = 2.923634e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 805 norm(r) = 2.864161e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 806 norm(r) = 2.767537e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 807 norm(r) = 2.724966e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 808 norm(r) = 2.687943e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 809 norm(r) = 2.655550e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 810 norm(r) = 2.575809e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 810 norm(r) = 2.575809e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 811 norm(r) = 2.565407e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 812 norm(r) = 2.558712e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 813 norm(r) = 2.558662e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 814 norm(r) = 2.556021e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 815 norm(r) = 2.568509e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 816 norm(r) = 2.565366e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 817 norm(r) = 2.533284e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 818 norm(r) = 2.508552e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 819 norm(r) = 2.512373e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 820 norm(r) = 2.480831e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 821 norm(r) = 2.441086e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 822 norm(r) = 2.406396e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 823 norm(r) = 2.384553e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 824 norm(r) = 2.364073e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 825 norm(r) = 2.364356e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 826 norm(r) = 2.362829e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 827 norm(r) = 2.364762e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 828 norm(r) = 2.364897e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 829 norm(r) = 2.358850e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 830 norm(r) = 2.337828e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 831 norm(r) = 2.312347e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 832 norm(r) = 2.279104e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 833 norm(r) = 2.232769e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 834 norm(r) = 2.175999e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 835 norm(r) = 2.140773e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 836 norm(r) = 2.100132e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 837 norm(r) = 2.051729e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 838 norm(r) = 1.934474e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 839 norm(r) = 1.780803e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 840 norm(r) = 1.619748e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 840 norm(r) = 1.619748e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 841 norm(r) = 1.599237e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 842 norm(r) = 1.592010e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 843 norm(r) = 1.588997e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 844 norm(r) = 1.588647e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 845 norm(r) = 1.587837e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 846 norm(r) = 1.587732e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 847 norm(r) = 1.587443e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 848 norm(r) = 1.594362e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 849 norm(r) = 1.594197e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 850 norm(r) = 1.573893e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 851 norm(r) = 1.568508e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 852 norm(r) = 1.554867e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 853 norm(r) = 1.513218e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 854 norm(r) = 1.470551e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 855 norm(r) = 1.454462e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 856 norm(r) = 1.448466e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 857 norm(r) = 1.432919e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 858 norm(r) = 1.428059e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 859 norm(r) = 1.427635e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 860 norm(r) = 1.427612e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 861 norm(r) = 1.425379e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 862 norm(r) = 1.421019e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 863 norm(r) = 1.407490e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 864 norm(r) = 1.389237e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 865 norm(r) = 1.366782e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 866 norm(r) = 1.333314e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 867 norm(r) = 1.302183e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 868 norm(r) = 1.262211e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 869 norm(r) = 1.232381e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 870 norm(r) = 1.200824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 870 norm(r) = 1.200824e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 871 norm(r) = 1.192985e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 872 norm(r) = 1.178995e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 873 norm(r) = 1.177652e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 874 norm(r) = 1.172660e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 875 norm(r) = 1.165555e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 876 norm(r) = 1.164234e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 877 norm(r) = 1.163084e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 878 norm(r) = 1.156406e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 879 norm(r) = 1.152986e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 880 norm(r) = 1.147057e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 881 norm(r) = 1.142138e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 882 norm(r) = 1.132013e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 883 norm(r) = 1.119925e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 884 norm(r) = 1.101948e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 885 norm(r) = 1.098269e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 886 norm(r) = 1.091468e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 887 norm(r) = 1.066400e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 888 norm(r) = 1.047478e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 889 norm(r) = 1.036119e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 890 norm(r) = 1.031964e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 891 norm(r) = 1.031842e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 892 norm(r) = 1.030833e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 893 norm(r) = 1.029064e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 894 norm(r) = 1.022451e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 895 norm(r) = 1.001329e-04; atol=1.000000e-10 rtol=0.000000e+00
KSP it 896 norm(r) = 9.613011e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 897 norm(r) = 9.288684e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 898 norm(r) = 9.069204e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 899 norm(r) = 8.917787e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 900 norm(r) = 8.721232e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 900 norm(r) = 8.721232e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 901 norm(r) = 8.682399e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 902 norm(r) = 8.660717e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 903 norm(r) = 8.658475e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 904 norm(r) = 8.649447e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 905 norm(r) = 8.697545e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 906 norm(r) = 8.680344e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 907 norm(r) = 8.525697e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 908 norm(r) = 8.399976e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 909 norm(r) = 8.403154e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 910 norm(r) = 8.299878e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 911 norm(r) = 8.149663e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 912 norm(r) = 8.036990e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 913 norm(r) = 7.956314e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 914 norm(r) = 7.906910e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 915 norm(r) = 7.905816e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 916 norm(r) = 7.900540e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 917 norm(r) = 7.903006e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 918 norm(r) = 7.888319e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 919 norm(r) = 7.798888e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 920 norm(r) = 7.715394e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 921 norm(r) = 7.621276e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 922 norm(r) = 7.580058e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 923 norm(r) = 7.536854e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 924 norm(r) = 7.400558e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 925 norm(r) = 7.221431e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 926 norm(r) = 7.036744e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 927 norm(r) = 6.937929e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 928 norm(r) = 6.817422e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 929 norm(r) = 6.700704e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 930 norm(r) = 6.459630e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 930 norm(r) = 6.459630e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 931 norm(r) = 6.430365e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 932 norm(r) = 6.416709e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 933 norm(r) = 6.431829e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 934 norm(r) = 6.427978e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 935 norm(r) = 6.428549e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 936 norm(r) = 6.424363e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 937 norm(r) = 6.371962e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 938 norm(r) = 6.321574e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 939 norm(r) = 6.331183e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 940 norm(r) = 6.268002e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 941 norm(r) = 6.151667e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 942 norm(r) = 6.050956e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 943 norm(r) = 5.970490e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 944 norm(r) = 5.882717e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 945 norm(r) = 5.858753e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 946 norm(r) = 5.842567e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 947 norm(r) = 5.800182e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 948 norm(r) = 5.753456e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 949 norm(r) = 5.742869e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 950 norm(r) = 5.744366e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 951 norm(r) = 5.737976e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 952 norm(r) = 5.675678e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 953 norm(r) = 5.586597e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 954 norm(r) = 5.500116e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 955 norm(r) = 5.419091e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 956 norm(r) = 5.278670e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 957 norm(r) = 5.061337e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 958 norm(r) = 4.654080e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 959 norm(r) = 4.314559e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 960 norm(r) = 4.149192e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 960 norm(r) = 4.149192e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 961 norm(r) = 4.112100e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 962 norm(r) = 4.092797e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 963 norm(r) = 4.088853e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 964 norm(r) = 4.085514e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 965 norm(r) = 4.078900e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 966 norm(r) = 4.080178e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 967 norm(r) = 4.069784e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 968 norm(r) = 4.084963e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 969 norm(r) = 4.083822e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 970 norm(r) = 4.030039e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 971 norm(r) = 4.050306e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 972 norm(r) = 3.971527e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 973 norm(r) = 3.782080e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 974 norm(r) = 3.696789e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 975 norm(r) = 3.683763e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 976 norm(r) = 3.666397e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 977 norm(r) = 3.642899e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 978 norm(r) = 3.639415e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 979 norm(r) = 3.639242e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 980 norm(r) = 3.635265e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 981 norm(r) = 3.621529e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 982 norm(r) = 3.603933e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 983 norm(r) = 3.562561e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 984 norm(r) = 3.512183e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 985 norm(r) = 3.435869e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 986 norm(r) = 3.352265e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 987 norm(r) = 3.291472e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 988 norm(r) = 3.217038e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 989 norm(r) = 3.170342e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 990 norm(r) = 3.088750e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 990 norm(r) = 3.088750e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 991 norm(r) = 3.066364e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 992 norm(r) = 3.049596e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 993 norm(r) = 3.046839e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 994 norm(r) = 3.045257e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 995 norm(r) = 3.046419e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 996 norm(r) = 3.046049e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 997 norm(r) = 3.036565e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 998 norm(r) = 3.013132e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 999 norm(r) = 3.013647e-05; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1000 norm(r) = 2.985244e-05; atol=1.000000e-10 rtol=0.000000e+00
after ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 1000 ksp.norm= 2.37911826654e-05 reason = -3
Newton it 1 norm(r) = 2.98524e-05 norm(r)/(rtol*norm(r0)+atol) = 2.98524e+03
Step failed due to solver failure
Sequence step failed
SplitOperator_Min choose_dt_system t_system_last= 0.0 dt_system= 0.0078125 t_system= 0.0078125
Retrying sequence
Split operator iteration 0
Model: poisson_3d_tetgen_c0p2pe512
Fractional step 7.81250e-03 for model poisson_3d_tetgen_c0p2pe512
Step exact called for model poisson_3d_tetgen_c0p2pe512
StepControl base stepExact t_model= 0.0078125 tOut= 0.0078125 t_model_last= 0.0 dt_model= 0.0078125 setting to 0.0078125
Model step t= 7.81250e-03, dt= 7.81250e-03 for model poisson_3d_tetgen_c0p2pe512
Model substep t= 7.81250e-03 for model poisson_3d_tetgen_c0p2pe512
Model substep t= 7.81250e-03 for model poisson_3d_tetgen_c0p2pe512 model.timeIntegration.t= 7.81250e-03
Newton it 0 norm(r) = 2.48694e+00 norm(r)/(rtol*norm(r0)+atol) = 2.48694e+08 test=r
before ksp.rtol= 0.0 ksp.atol= 1e-10 ksp.converged= False ksp.its= 1000 ksp.norm= 2.37911826654e-05
KSP it 0 norm(r) = 2.486943e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 1 norm(r) = 4.386747e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2 norm(r) = 3.764762e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 3 norm(r) = 4.118068e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 4 norm(r) = 5.342874e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 5 norm(r) = 5.364993e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 6 norm(r) = 6.582741e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 7 norm(r) = 6.720489e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 8 norm(r) = 6.899600e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 9 norm(r) = 7.036575e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 10 norm(r) = 6.570181e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 11 norm(r) = 7.015713e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 12 norm(r) = 6.883602e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 13 norm(r) = 7.132092e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 14 norm(r) = 7.067143e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 15 norm(r) = 6.200014e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 16 norm(r) = 6.218085e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 17 norm(r) = 6.417449e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 18 norm(r) = 6.497104e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 19 norm(r) = 6.435190e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 20 norm(r) = 6.422506e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 21 norm(r) = 6.192405e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 22 norm(r) = 5.707595e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 23 norm(r) = 5.375631e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 24 norm(r) = 4.996013e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 25 norm(r) = 4.599236e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 26 norm(r) = 4.200841e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 27 norm(r) = 3.810233e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 28 norm(r) = 3.439873e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 29 norm(r) = 3.123453e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.832392e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 30 norm(r) = 2.832392e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 31 norm(r) = 2.731145e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 32 norm(r) = 2.636028e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 33 norm(r) = 2.630163e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 34 norm(r) = 2.582334e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 35 norm(r) = 2.544967e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 36 norm(r) = 2.514014e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 37 norm(r) = 2.502680e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 38 norm(r) = 2.463512e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 39 norm(r) = 2.431258e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 40 norm(r) = 2.397505e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 41 norm(r) = 2.346815e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 42 norm(r) = 2.267196e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 43 norm(r) = 2.194334e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 44 norm(r) = 2.121429e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 45 norm(r) = 2.112483e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 46 norm(r) = 2.099913e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 47 norm(r) = 2.022302e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 48 norm(r) = 2.009406e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 49 norm(r) = 2.011167e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 50 norm(r) = 1.930884e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 51 norm(r) = 1.860841e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 52 norm(r) = 1.736437e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 53 norm(r) = 1.606046e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 54 norm(r) = 1.488827e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 55 norm(r) = 1.384380e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 56 norm(r) = 1.309955e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 57 norm(r) = 1.237779e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 58 norm(r) = 1.185100e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 59 norm(r) = 1.155312e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.112545e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 60 norm(r) = 1.112545e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 61 norm(r) = 1.101193e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 62 norm(r) = 1.087967e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 63 norm(r) = 1.086544e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 64 norm(r) = 1.085654e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 65 norm(r) = 1.082727e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 66 norm(r) = 1.081643e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 67 norm(r) = 1.078949e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 68 norm(r) = 1.080978e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 69 norm(r) = 1.081646e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 70 norm(r) = 1.078102e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 71 norm(r) = 1.026766e+00; atol=1.000000e-10 rtol=0.000000e+00
KSP it 72 norm(r) = 9.899429e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 73 norm(r) = 9.760274e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 74 norm(r) = 9.561762e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 75 norm(r) = 9.530032e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 76 norm(r) = 9.483994e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 77 norm(r) = 9.291417e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 78 norm(r) = 9.190418e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 79 norm(r) = 9.025491e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 80 norm(r) = 8.535620e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 81 norm(r) = 8.383963e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 82 norm(r) = 8.331835e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 83 norm(r) = 8.325191e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 84 norm(r) = 8.221193e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 85 norm(r) = 8.078088e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 86 norm(r) = 7.951760e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 87 norm(r) = 7.797495e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 88 norm(r) = 7.408411e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 89 norm(r) = 6.988361e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.647567e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 90 norm(r) = 6.647567e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 91 norm(r) = 6.579730e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 92 norm(r) = 6.536974e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 93 norm(r) = 6.486141e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 94 norm(r) = 6.476089e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 95 norm(r) = 6.469479e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 96 norm(r) = 6.466895e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 97 norm(r) = 6.445330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 98 norm(r) = 6.433891e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 99 norm(r) = 6.425510e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 100 norm(r) = 6.329217e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 101 norm(r) = 6.305694e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 102 norm(r) = 6.224416e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 103 norm(r) = 6.011469e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 104 norm(r) = 5.845630e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 105 norm(r) = 5.771375e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 106 norm(r) = 5.756726e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 107 norm(r) = 5.735813e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 108 norm(r) = 5.694329e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 109 norm(r) = 5.695605e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 110 norm(r) = 5.691553e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 111 norm(r) = 5.689691e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 112 norm(r) = 5.682743e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 113 norm(r) = 5.653494e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 114 norm(r) = 5.562400e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 115 norm(r) = 5.429186e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 116 norm(r) = 5.213739e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 117 norm(r) = 5.075004e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 118 norm(r) = 4.966395e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 119 norm(r) = 4.867877e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.766120e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 120 norm(r) = 4.766120e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 121 norm(r) = 4.707115e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 122 norm(r) = 4.655677e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 123 norm(r) = 4.636401e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 124 norm(r) = 4.627117e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 125 norm(r) = 4.581021e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 126 norm(r) = 4.566611e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 127 norm(r) = 4.562326e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 128 norm(r) = 4.535260e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 129 norm(r) = 4.505552e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 130 norm(r) = 4.495265e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 131 norm(r) = 4.451766e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 132 norm(r) = 4.418570e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 133 norm(r) = 4.394083e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 134 norm(r) = 4.346243e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 135 norm(r) = 4.340814e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 136 norm(r) = 4.307037e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 137 norm(r) = 4.259232e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 138 norm(r) = 4.228302e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 139 norm(r) = 4.218140e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 140 norm(r) = 4.219674e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 141 norm(r) = 4.213976e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 142 norm(r) = 4.192660e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 143 norm(r) = 4.155252e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 144 norm(r) = 4.077745e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 145 norm(r) = 3.965659e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 146 norm(r) = 3.769532e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 147 norm(r) = 3.657598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 148 norm(r) = 3.584334e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 149 norm(r) = 3.513807e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 3.298330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 150 norm(r) = 3.298330e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 151 norm(r) = 3.242899e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 152 norm(r) = 3.225761e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 153 norm(r) = 3.222430e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 154 norm(r) = 3.213014e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 155 norm(r) = 3.212397e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 156 norm(r) = 3.234666e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 157 norm(r) = 3.170829e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 158 norm(r) = 3.103595e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 159 norm(r) = 3.099114e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 160 norm(r) = 3.067196e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 161 norm(r) = 3.027016e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 162 norm(r) = 2.993351e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 163 norm(r) = 2.965954e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 164 norm(r) = 2.942938e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 165 norm(r) = 2.923623e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 166 norm(r) = 2.890795e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 167 norm(r) = 2.868759e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 168 norm(r) = 2.858137e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 169 norm(r) = 2.854682e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 170 norm(r) = 2.855122e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 171 norm(r) = 2.848834e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 172 norm(r) = 2.822329e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 173 norm(r) = 2.783573e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 174 norm(r) = 2.761117e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 175 norm(r) = 2.741176e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 176 norm(r) = 2.708708e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 177 norm(r) = 2.619090e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 178 norm(r) = 2.519749e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 179 norm(r) = 2.459101e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.397318e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 180 norm(r) = 2.397318e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 181 norm(r) = 2.389069e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 182 norm(r) = 2.383287e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 183 norm(r) = 2.383511e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 184 norm(r) = 2.382187e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 185 norm(r) = 2.386800e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 186 norm(r) = 2.384987e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 187 norm(r) = 2.362248e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 188 norm(r) = 2.336347e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 189 norm(r) = 2.338723e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 190 norm(r) = 2.324027e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 191 norm(r) = 2.311533e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 192 norm(r) = 2.294539e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 193 norm(r) = 2.244562e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 194 norm(r) = 2.205129e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 195 norm(r) = 2.193246e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 196 norm(r) = 2.190810e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 197 norm(r) = 2.181869e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 198 norm(r) = 2.176923e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 199 norm(r) = 2.177139e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 200 norm(r) = 2.170419e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 201 norm(r) = 2.157663e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 202 norm(r) = 2.146047e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 203 norm(r) = 2.122427e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 204 norm(r) = 2.079343e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 205 norm(r) = 2.042520e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 206 norm(r) = 1.990234e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 207 norm(r) = 1.947473e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 208 norm(r) = 1.879091e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 209 norm(r) = 1.818091e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 1.715844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 210 norm(r) = 1.715844e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 211 norm(r) = 1.704522e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 212 norm(r) = 1.694714e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 213 norm(r) = 1.692310e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 214 norm(r) = 1.690959e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 215 norm(r) = 1.698906e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 216 norm(r) = 1.696999e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 217 norm(r) = 1.676981e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 218 norm(r) = 1.669164e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 219 norm(r) = 1.669780e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 220 norm(r) = 1.650490e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 221 norm(r) = 1.626831e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 222 norm(r) = 1.602044e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 223 norm(r) = 1.580970e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 224 norm(r) = 1.561771e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 225 norm(r) = 1.558535e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 226 norm(r) = 1.548598e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 227 norm(r) = 1.539499e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 228 norm(r) = 1.538854e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 229 norm(r) = 1.540635e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 230 norm(r) = 1.537203e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 231 norm(r) = 1.527718e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 232 norm(r) = 1.514512e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 233 norm(r) = 1.493909e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 234 norm(r) = 1.470668e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 235 norm(r) = 1.422817e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 236 norm(r) = 1.349097e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 237 norm(r) = 1.299210e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 238 norm(r) = 1.279234e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 239 norm(r) = 1.258782e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.217394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 240 norm(r) = 1.217394e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 241 norm(r) = 1.204279e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 242 norm(r) = 1.194163e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 243 norm(r) = 1.188150e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 244 norm(r) = 1.187690e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 245 norm(r) = 1.185942e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 246 norm(r) = 1.185780e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 247 norm(r) = 1.185284e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 248 norm(r) = 1.193920e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 249 norm(r) = 1.197278e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 250 norm(r) = 1.188215e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 251 norm(r) = 1.160782e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 252 norm(r) = 1.144842e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 253 norm(r) = 1.136292e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 254 norm(r) = 1.129578e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 255 norm(r) = 1.129697e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 256 norm(r) = 1.129888e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 257 norm(r) = 1.129728e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 258 norm(r) = 1.129686e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 259 norm(r) = 1.124562e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 260 norm(r) = 1.114029e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 261 norm(r) = 1.101084e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 262 norm(r) = 1.082114e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 263 norm(r) = 1.059319e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 264 norm(r) = 1.036546e-01; atol=1.000000e-10 rtol=0.000000e+00
KSP it 2
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