NUTILS 8.1 "Idiyappam"

arguments

nelems=99

degree=3

reynolds=1000

uwall=0

timestep=0.04

extdiam=12

endtime=30

start 2023-08-14 13:07:31

creating 39x99 mesh, outer radius 5.94

optimize

solve

solving 105 dof system to machine precision using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 201k

residual decreased by 15.6 orders using 0 krylov vectors

residual decreased by 0.0 orders using 1 krylov vectors

residual decreased by 0.0 orders using 2 krylov vectors

residual decreased by 0.0 orders using 3 krylov vectors

solver returned with residual 3e-15

constrained 105/8118 dofs

optimum value 2.00e-11

optimize

solve

solving 12072 dof system to machine precision using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 61,209k

residual decreased by 13.2 orders using 0 krylov vectors

residual decreased by 1.4 orders using 1 krylov vectors

residual decreased by 0.0 orders using 2 krylov vectors

solver returned with residual 3e-14

optimum value 3.96e-01

timestep 1/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 6e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 111,276k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 2e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (16%)

solve

solving 12072 dof system to tolerance 1e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,992k

residual decreased by 11.8 orders using 0 krylov vectors

solver returned with residual 2e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (42%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 111,436k

residual decreased by 11.4 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 4 (90%)

solve

solving 12072 dof system to tolerance 1e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 111,436k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 4e-21

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 4 iterations to residual 2.2e-14

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 2/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 111,436k

residual decreased by 11.7 orders using 0 krylov vectors

solver returned with residual 4e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 111,585k

residual decreased by 11.8 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (56%)

solve

solving 12072 dof system to tolerance 3e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 111,582k

residual decreased by 11.9 orders using 0 krylov vectors

solver returned with residual 4e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 3.3e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 3/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 8e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 111,585k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 2e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 8e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,018k

residual decreased by 10.4 orders using 0 krylov vectors

solver returned with residual 3e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (58%)

solve

solving 12072 dof system to tolerance 1e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,555k

residual decreased by 12.0 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 2.1e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 4/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,018k

residual decreased by 9.8 orders using 0 krylov vectors

solver returned with residual 9e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 6e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,669k

residual decreased by 11.4 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (59%)

solve

solving 12072 dof system to tolerance 9e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,669k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 6.6e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 5/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,669k

residual decreased by 11.1 orders using 0 krylov vectors

solver returned with residual 4e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 6e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,948k

residual decreased by 9.2 orders using 0 krylov vectors

solver returned with residual 4e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (61%)

solve

solving 12072 dof system to tolerance 6e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,948k

residual decreased by 8.8 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 6.3e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 6/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,948k

residual decreased by 9.4 orders using 0 krylov vectors

solver returned with residual 2e-10

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 5e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 111,351k

residual decreased by 11.7 orders using 0 krylov vectors

solver returned with residual 1e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99995

iter 3 (61%)

solve

solving 12072 dof system to tolerance 6e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,351k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 4e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 4.5e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 7/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 111,351k

residual decreased by 11.2 orders using 0 krylov vectors

solver returned with residual 3e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 5e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,511k

residual decreased by 11.1 orders using 0 krylov vectors

solver returned with residual 4e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99992

iter 3 (61%)

solve

solving 12072 dof system to tolerance 6e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,511k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.3e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 8/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 111,106k

residual decreased by 9.4 orders using 0 krylov vectors

solver returned with residual 2e-10

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 5e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,734k

residual decreased by 8.9 orders using 0 krylov vectors

solver returned with residual 6e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.9999

iter 3 (61%)

solve

solving 12072 dof system to tolerance 6e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,683k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 4e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.2e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 9/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,683k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 2e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 5e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 111,348k

residual decreased by 11.0 orders using 0 krylov vectors

solver returned with residual 5e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99989

iter 3 (60%)

solve

solving 12072 dof system to tolerance 7e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,348k

residual decreased by 11.0 orders using 0 krylov vectors

solver returned with residual 7e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.3e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 10/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 111,489k

residual decreased by 9.5 orders using 0 krylov vectors

solver returned with residual 2e-10

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 5e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 111,225k

residual decreased by 9.5 orders using 0 krylov vectors

solver returned with residual 2e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99988

iter 3 (60%)

solve

solving 12072 dof system to tolerance 8e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,225k

residual decreased by 9.7 orders using 0 krylov vectors

solver returned with residual 1e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.4e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 11/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,481k

residual decreased by 9.1 orders using 0 krylov vectors

solver returned with residual 4e-10

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 5e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 113,043k

residual decreased by 10.8 orders using 0 krylov vectors

solver returned with residual 1e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99986

iter 3 (59%)

solve

solving 12072 dof system to tolerance 9e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 113,043k

residual decreased by 10.9 orders using 0 krylov vectors

solver returned with residual 1e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.5e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 12/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,709k

residual decreased by 8.9 orders using 0 krylov vectors

solver returned with residual 7e-10

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 6e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,674k

residual decreased by 9.7 orders using 0 krylov vectors

solver returned with residual 1e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99985

iter 3 (59%)

solve

solving 12072 dof system to tolerance 1e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,674k

residual decreased by 9.7 orders using 0 krylov vectors

solver returned with residual 2e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.7e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 13/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 6e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,741k

residual decreased by 10.4 orders using 0 krylov vectors

solver returned with residual 2e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 6e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,921k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 5e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99982

iter 3 (58%)

solve

solving 12072 dof system to tolerance 1e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,838k

residual decreased by 10.9 orders using 0 krylov vectors

solver returned with residual 2e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 3.0e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 14/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 6e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 111,992k

residual decreased by 9.8 orders using 0 krylov vectors

solver returned with residual 1e-10

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 6e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,243k

residual decreased by 9.9 orders using 0 krylov vectors

solver returned with residual 8e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.9998

iter 3 (57%)

solve

solving 12072 dof system to tolerance 1e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,632k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 3.6e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 15/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 6e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,243k

residual decreased by 10.3 orders using 0 krylov vectors

solver returned with residual 3e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 7e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 111,723k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99978

iter 3 (57%)

solve

solving 12072 dof system to tolerance 2e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 112,321k

residual decreased by 11.9 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 4.6e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 16/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 6e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 112,321k

residual decreased by 11.8 orders using 0 krylov vectors

solver returned with residual 1e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 7e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,895k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99975

iter 3 (56%)

solve

solving 12072 dof system to tolerance 2e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 111,638k

residual decreased by 12.0 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 6.4e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 17/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 7e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 111,638k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 1e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 7e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,838k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99972

iter 3 (56%)

solve

solving 12072 dof system to tolerance 2e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,544k

residual decreased by 11.9 orders using 0 krylov vectors

solver returned with residual 3e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 8.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 18/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 7e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,544k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 3e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 8e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 111,759k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99969

iter 3 (55%)

solve

solving 12072 dof system to tolerance 3e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 111,759k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.3e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 19/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 7e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 111,759k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 2e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 8e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,270k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 5e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99966

iter 3 (54%)

solve

solving 12072 dof system to tolerance 3e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,270k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 20/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 7e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,270k

residual decreased by 11.9 orders using 0 krylov vectors

solver returned with residual 8e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (19%)

solve

solving 12072 dof system to tolerance 9e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,243k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99963

iter 3 (54%)

solve

solving 12072 dof system to tolerance 4e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,243k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 5e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.7e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 21/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 8e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,243k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 2e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (19%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 110,459k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99959

iter 3 (53%)

solve

solving 12072 dof system to tolerance 4e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,459k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 8e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 3.9e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 22/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 8e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,459k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 2e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (19%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 110,840k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99956

iter 3 (52%)

solve

solving 12072 dof system to tolerance 5e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,840k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 5.5e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 23/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 8e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,840k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 2e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (19%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 111,010k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99953

iter 3 (52%)

solve

solving 12072 dof system to tolerance 6e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 111,010k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 5e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 7.0e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 24/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 8e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 111,010k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 1e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (19%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 110,992k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.9995

iter 3 (51%)

solve

solving 12072 dof system to tolerance 7e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,621k

residual decreased by 12.0 orders using 0 krylov vectors

solver returned with residual 7e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 8.6e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 25/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 9e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,621k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 5e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (19%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 110,535k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99947

iter 3 (51%)

solve

solving 12072 dof system to tolerance 8e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,535k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.2e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 26/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 9e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,535k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 1e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (18%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 110,573k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 8e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99945

iter 3 (51%)

solve

solving 12072 dof system to tolerance 8e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,302k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 3e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 27/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 9e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,302k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 4e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (18%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 110,746k

residual decreased by 11.8 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99944

iter 3 (50%)

solve

solving 12072 dof system to tolerance 9e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 109,207k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 3e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.3e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 28/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 9e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,207k

residual decreased by 11.8 orders using 0 krylov vectors

solver returned with residual 1e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (18%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 108,696k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 7e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99944

iter 3 (50%)

solve

solving 12072 dof system to tolerance 9e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 108,696k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 7e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.4e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 29/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 111,171k

residual decreased by 11.3 orders using 0 krylov vectors

solver returned with residual 5e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (18%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 109,322k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 4e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99945

iter 3 (50%)

solve

solving 12072 dof system to tolerance 1e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,205k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.2e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 30/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 110,205k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 2e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (18%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 108,990k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 4e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99947

iter 3 (50%)

solve

solving 12072 dof system to tolerance 9e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 108,990k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 6e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.0e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 31/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 108,990k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 3e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (18%)

solve

solving 12072 dof system to tolerance 2e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 109,535k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 1e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.9995

iter 3 (50%)

solve

solving 12072 dof system to tolerance 9e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 111,057k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 3e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 32/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 109,535k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 6e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (18%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 109,933k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99953

iter 3 (51%)

solve

solving 12072 dof system to tolerance 9e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,249k

residual decreased by 11.2 orders using 0 krylov vectors

solver returned with residual 6e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.5e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 33/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 110,249k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 8e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (18%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 109,247k

residual decreased by 6.5 orders using 0 krylov vectors

solver returned with residual 4e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99957

iter 3 (51%)

solve

solving 12072 dof system to tolerance 8e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,661k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.3e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 34/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 110,661k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 3e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (18%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 111,186k

residual decreased by 11.2 orders using 0 krylov vectors

solver returned with residual 8e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99962

iter 3 (51%)

solve

solving 12072 dof system to tolerance 7e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 111,186k

residual decreased by 11.3 orders using 0 krylov vectors

solver returned with residual 4e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.0e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 35/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 111,089k

residual decreased by 8.7 orders using 0 krylov vectors

solver returned with residual 2e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (19%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 108,677k

residual decreased by 10.8 orders using 0 krylov vectors

solver returned with residual 2e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99966

iter 3 (52%)

solve

solving 12072 dof system to tolerance 6e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 108,677k

residual decreased by 11.7 orders using 0 krylov vectors

solver returned with residual 1e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 7.3e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 36/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 111,177k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 4e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (19%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 111,270k

residual decreased by 11.3 orders using 0 krylov vectors

solver returned with residual 7e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.9997

iter 3 (53%)

solve

solving 12072 dof system to tolerance 6e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 111,270k

residual decreased by 11.6 orders using 0 krylov vectors

solver returned with residual 1e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 5.4e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 37/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 111,270k

residual decreased by 11.9 orders using 0 krylov vectors

solver returned with residual 1e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (19%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 110,800k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99974

iter 3 (53%)

solve

solving 12072 dof system to tolerance 5e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 111,389k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 4.0e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 38/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 111,389k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 6e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (19%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 111,061k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99978

iter 3 (54%)

solve

solving 12072 dof system to tolerance 4e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 111,061k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.8e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 39/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 111,061k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 1e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (19%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 109,927k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99982

iter 3 (55%)

solve

solving 12072 dof system to tolerance 3e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,730k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 9e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.0e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 40/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 110,730k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 7e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (19%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 108,506k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99985

iter 3 (55%)

solve

solving 12072 dof system to tolerance 3e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,055k

residual decreased by 11.7 orders using 0 krylov vectors

solver returned with residual 6e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.5e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 41/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 110,055k

residual decreased by 11.9 orders using 0 krylov vectors

solver returned with residual 1e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 110,714k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99988

iter 3 (56%)

solve

solving 12072 dof system to tolerance 2e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,714k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 8e-20

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.1e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 42/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 110,714k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 111,371k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 4e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99991

iter 3 (57%)

solve

solving 12072 dof system to tolerance 2e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 111,371k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 4e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 7.1e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 43/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 111,371k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 3e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 110,757k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 6e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99994

iter 3 (58%)

solve

solving 12072 dof system to tolerance 2e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,757k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 5.2e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 44/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 110,757k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 1e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 9e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,964k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99996

iter 3 (58%)

solve

solving 12072 dof system to tolerance 1e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,964k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 4e-20

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 1.4e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 45/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 9e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,964k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 12072 dof system to tolerance 9e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 111,161k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99998

iter 3 (59%)

solve

solving 12072 dof system to tolerance 1e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 111,161k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 2e-20

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 1.9e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 46/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 9e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 111,161k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 3e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (21%)

solve

solving 12072 dof system to tolerance 8e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,288k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99999

iter 3 (60%)

solve

solving 12072 dof system to tolerance 1e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 110,288k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 2.0e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 47/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 9e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,288k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 7e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (21%)

solve

solving 12072 dof system to tolerance 8e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,345k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 2e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (60%)

solve

solving 12072 dof system to tolerance 9e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,345k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 2e-20

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 2.2e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 48/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 9e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,345k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 1e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (21%)

solve

solving 12072 dof system to tolerance 7e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,683k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (61%)

solve

solving 12072 dof system to tolerance 8e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,683k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 2.1e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 49/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 9e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,683k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 7e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (21%)

solve

solving 12072 dof system to tolerance 7e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,994k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (61%)

solve

solving 12072 dof system to tolerance 7e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,994k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 6e-20

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 1.7e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 50/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 9e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,994k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (22%)

solve

solving 12072 dof system to tolerance 6e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 111,581k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 1e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (62%)

solve

solving 12072 dof system to tolerance 6e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,118k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 9e-21

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 1.2e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 51/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 8e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,118k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (22%)

solve

solving 12072 dof system to tolerance 6e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,434k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (63%)

solve

solving 12072 dof system to tolerance 5e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,434k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 2e-20

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 1.0e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 52/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 8e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,434k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 6e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (22%)

solve

solving 12072 dof system to tolerance 5e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 111,143k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (63%)

solve

solving 12072 dof system to tolerance 4e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,143k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 9e-20

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 9.5e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 53/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 8e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 111,143k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 5e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (22%)

solve

solving 12072 dof system to tolerance 5e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 111,204k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (64%)

solve

solving 12072 dof system to tolerance 4e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,204k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 3e-20

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 8.2e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 54/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 8e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 111,204k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 4e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (22%)

solve

solving 12072 dof system to tolerance 5e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 108,983k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 9e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (64%)

solve

solving 12072 dof system to tolerance 3e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,983k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 1e-20

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 6.1e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 55/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 8e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,983k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (23%)

solve

solving 12072 dof system to tolerance 4e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,006k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 1e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (65%)

solve

solving 12072 dof system to tolerance 3e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,006k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 9e-21

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 4.1e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 56/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 7e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,006k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (23%)

solve

solving 12072 dof system to tolerance 4e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,726k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (66%)

solve

solving 12072 dof system to tolerance 3e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,692k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 2.5e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 57/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 7e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,692k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 9e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (23%)

solve

solving 12072 dof system to tolerance 4e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,383k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 2e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (66%)

solve

solving 12072 dof system to tolerance 2e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,015k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-21

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 1.5e-13

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 58/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 7e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,015k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (23%)

solve

solving 12072 dof system to tolerance 4e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,820k

residual decreased by 12.0 orders using 0 krylov vectors

solver returned with residual 4e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (67%)

solve

solving 12072 dof system to tolerance 2e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,820k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 3e-20

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 7.3e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 59/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 7e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,820k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 2e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (23%)

solve

solving 12072 dof system to tolerance 3e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,937k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 1e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (67%)

solve

solving 12072 dof system to tolerance 2e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,937k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 6e-21

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 2.5e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 60/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 7e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,937k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (24%)

solve

solving 12072 dof system to tolerance 3e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,733k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (68%)

solve

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,249k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 3e-21

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 61/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 7e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,249k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 4e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (24%)

solve

solving 12072 dof system to tolerance 3e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,313k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 1e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (68%)

solve

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,313k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-21

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.0e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 62/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 7e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,313k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 1e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (24%)

solve

solving 12072 dof system to tolerance 3e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,673k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (69%)

solve

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,673k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 5e-21

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 63/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 6e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,673k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (24%)

solve

solving 12072 dof system to tolerance 3e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,571k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 7e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (70%)

solve

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,571k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 1e-20

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 64/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 6e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,571k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 7e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (24%)

solve

solving 12072 dof system to tolerance 3e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 111,621k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 7e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (70%)

solve

solving 12072 dof system to tolerance 9e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 111,621k

residual decreased by 11.6 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.0e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 65/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 6e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 111,621k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 2e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (25%)

solve

solving 12072 dof system to tolerance 2e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,049k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 8e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (70%)

solve

solving 12072 dof system to tolerance 8e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,049k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-21

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 66/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 6e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,049k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 1e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (25%)

solve

solving 12072 dof system to tolerance 2e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 108,978k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 4e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (71%)

solve

solving 12072 dof system to tolerance 7e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 108,978k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 8e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 67/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 6e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,978k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 8e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (25%)

solve

solving 12072 dof system to tolerance 2e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,071k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 6e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (71%)

solve

solving 12072 dof system to tolerance 6e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,071k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 1e-21

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 68/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 6e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,071k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 4e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (25%)

solve

solving 12072 dof system to tolerance 2e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,015k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 3e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (72%)

solve

solving 12072 dof system to tolerance 6e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 110,015k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 5e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 69/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 6e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,015k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 6e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (25%)

solve

solving 12072 dof system to tolerance 2e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,254k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 3e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (72%)

solve

solving 12072 dof system to tolerance 5e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,254k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 7e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.0e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 70/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 6e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,254k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 9e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (25%)

solve

solving 12072 dof system to tolerance 2e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 108,856k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 5e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (73%)

solve

solving 12072 dof system to tolerance 5e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 108,856k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 1e-21

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 71/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 6e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,856k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 6e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (25%)

solve

solving 12072 dof system to tolerance 2e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,417k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 4e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (73%)

solve

solving 12072 dof system to tolerance 4e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,417k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 6e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 72/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,417k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 5e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (26%)

solve

solving 12072 dof system to tolerance 2e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,352k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 5e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (73%)

solve

solving 12072 dof system to tolerance 4e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,352k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 4e-21

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 73/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,352k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 3e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (26%)

solve

solving 12072 dof system to tolerance 2e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 108,981k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (74%)

solve

solving 12072 dof system to tolerance 4e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 108,981k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 4e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.0e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 74/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,981k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 6e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (26%)

solve

solving 12072 dof system to tolerance 2e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 108,947k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 3e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (74%)

solve

solving 12072 dof system to tolerance 3e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 108,947k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 6e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 75/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,947k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 5e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (26%)

solve

solving 12072 dof system to tolerance 2e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,883k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 5e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (74%)

solve

solving 12072 dof system to tolerance 3e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,883k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 76/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,883k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 8e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (26%)

solve

solving 12072 dof system to tolerance 2e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,855k

residual decreased by 11.8 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (75%)

solve

solving 12072 dof system to tolerance 3e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,855k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 2e-20

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 77/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,855k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 2e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (26%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,648k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (75%)

solve

solving 12072 dof system to tolerance 3e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,648k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 78/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,648k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (26%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,423k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (75%)

solve

solving 12072 dof system to tolerance 3e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 110,423k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 2e-20

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 79/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,423k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 2e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (26%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,359k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (76%)

solve

solving 12072 dof system to tolerance 2e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,359k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 80/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,359k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 7e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (26%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,647k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 4e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (76%)

solve

solving 12072 dof system to tolerance 2e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,647k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 81/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,647k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 5e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (26%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,723k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (76%)

solve

solving 12072 dof system to tolerance 2e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,723k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 2e-21

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 82/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,723k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 6e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (27%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 110,324k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 5e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (76%)

solve

solving 12072 dof system to tolerance 2e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 110,324k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 3e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 83/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,324k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 1e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (27%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 108,737k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 2e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (77%)

solve

solving 12072 dof system to tolerance 2e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 108,737k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 84/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,737k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (27%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 108,429k

residual decreased by 11.9 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (77%)

solve

solving 12072 dof system to tolerance 2e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 108,429k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 5e-21

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 85/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,429k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 6e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (27%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,857k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 9e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (77%)

solve

solving 12072 dof system to tolerance 2e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,857k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 86/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,857k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (27%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,972k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (77%)

solve

solving 12072 dof system to tolerance 2e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,972k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 87/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,972k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (27%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,901k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 9e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (78%)

solve

solving 12072 dof system to tolerance 1e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,901k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 9e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 88/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,901k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 5e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (27%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,421k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 2e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (78%)

solve

solving 12072 dof system to tolerance 1e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,421k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 5e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 89/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,421k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 7e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (27%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,164k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (78%)

solve

solving 12072 dof system to tolerance 1e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,164k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 90/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,164k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (27%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,830k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 9e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (78%)

solve

solving 12072 dof system to tolerance 1e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,830k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 91/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,830k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (27%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,740k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (78%)

solve

solving 12072 dof system to tolerance 1e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,740k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 92/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,740k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 4e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (27%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,566k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (79%)

solve

solving 12072 dof system to tolerance 1e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,566k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 93/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,566k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 4e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (28%)

solve

solving 12072 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 109,299k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (79%)

solve

solving 12072 dof system to tolerance 1e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,299k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 9e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 94/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,299k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 4e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (28%)

solve

solving 12072 dof system to tolerance 9e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,136k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 2e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (79%)

solve

solving 12072 dof system to tolerance 1e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,136k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 95/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,136k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (28%)

solve

solving 12072 dof system to tolerance 9e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,736k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 7e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (79%)

solve

solving 12072 dof system to tolerance 1e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 109,736k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 7e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 96/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,736k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (28%)

solve

solving 12072 dof system to tolerance 9e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,064k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 6e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (80%)

solve

solving 12072 dof system to tolerance 9e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 110,064k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 5e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 97/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,064k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (28%)

solve

solving 12072 dof system to tolerance 9e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,782k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 2e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (80%)

solve

solving 12072 dof system to tolerance 9e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,782k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 7e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 98/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,782k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 7e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (28%)

solve

solving 12072 dof system to tolerance 8e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,163k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (80%)

solve

solving 12072 dof system to tolerance 8e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,163k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 6e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 99/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,163k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 5e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (28%)

solve

solving 12072 dof system to tolerance 8e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,361k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 6e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (80%)

solve

solving 12072 dof system to tolerance 8e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,361k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 4e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 100/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,361k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (28%)

solve

solving 12072 dof system to tolerance 8e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,351k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (81%)

solve

solving 12072 dof system to tolerance 7e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,351k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 8e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 101/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,351k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 6e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (28%)

solve

solving 12072 dof system to tolerance 8e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,380k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 9e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (81%)

solve

solving 12072 dof system to tolerance 7e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,380k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 6e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 102/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,380k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 4e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (28%)

solve

solving 12072 dof system to tolerance 8e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,657k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 7e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (81%)

solve

solving 12072 dof system to tolerance 6e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,657k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 6e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 103/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,657k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 4e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (28%)

solve

solving 12072 dof system to tolerance 7e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,050k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 5e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (82%)

solve

solving 12072 dof system to tolerance 6e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,050k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 9e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 104/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,050k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 4e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (28%)

solve

solving 12072 dof system to tolerance 7e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,354k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 9e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (82%)

solve

solving 12072 dof system to tolerance 6e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,354k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 4e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 105/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,354k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 6e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (29%)

solve

solving 12072 dof system to tolerance 7e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,645k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 1e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (82%)

solve

solving 12072 dof system to tolerance 5e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,645k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 5e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 106/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,645k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 5e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (29%)

solve

solving 12072 dof system to tolerance 7e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,682k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 2e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (82%)

solve

solving 12072 dof system to tolerance 5e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,682k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 5e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 107/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,682k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 9e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (29%)

solve

solving 12072 dof system to tolerance 7e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,291k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 5e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (82%)

solve

solving 12072 dof system to tolerance 5e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,291k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 108/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,291k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (29%)

solve

solving 12072 dof system to tolerance 7e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,525k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 5e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (83%)

solve

solving 12072 dof system to tolerance 5e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,525k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.0e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 109/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,525k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (29%)

solve

solving 12072 dof system to tolerance 7e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,847k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 5e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (83%)

solve

solving 12072 dof system to tolerance 4e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,847k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 110/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,847k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (29%)

solve

solving 12072 dof system to tolerance 6e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,929k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 4e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (83%)

solve

solving 12072 dof system to tolerance 4e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,929k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 111/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,929k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (29%)

solve

solving 12072 dof system to tolerance 6e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,313k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 5e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (83%)

solve

solving 12072 dof system to tolerance 4e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 110,313k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 1e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 112/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,313k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (29%)

solve

solving 12072 dof system to tolerance 6e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,891k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 1e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (84%)

solve

solving 12072 dof system to tolerance 4e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,667k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 113/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,667k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (29%)

solve

solving 12072 dof system to tolerance 6e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,838k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 4e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (84%)

solve

solving 12072 dof system to tolerance 3e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,838k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 114/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,838k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (29%)

solve

solving 12072 dof system to tolerance 6e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,613k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 2e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (84%)

solve

solving 12072 dof system to tolerance 3e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,613k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 2e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 115/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,613k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 8e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (29%)

solve

solving 12072 dof system to tolerance 6e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,584k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 4e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (84%)

solve

solving 12072 dof system to tolerance 3e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,584k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 116/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,584k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (29%)

solve

solving 12072 dof system to tolerance 6e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,520k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 2e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (85%)

solve

solving 12072 dof system to tolerance 3e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,520k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 2e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 117/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,520k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 6e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (30%)

solve

solving 12072 dof system to tolerance 5e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,290k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 5e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (85%)

solve

solving 12072 dof system to tolerance 3e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,290k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 118/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,290k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (30%)

solve

solving 12072 dof system to tolerance 5e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,739k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 4e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (85%)

solve

solving 12072 dof system to tolerance 3e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,739k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 4e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 119/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,739k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 5e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (30%)

solve

solving 12072 dof system to tolerance 5e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,483k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (85%)

solve

solving 12072 dof system to tolerance 2e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,483k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 120/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,483k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (30%)

solve

solving 12072 dof system to tolerance 5e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,902k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (86%)

solve

solving 12072 dof system to tolerance 2e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,902k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 121/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,902k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (30%)

solve

solving 12072 dof system to tolerance 5e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,270k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (86%)

solve

solving 12072 dof system to tolerance 2e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,270k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 122/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,270k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (30%)

solve

solving 12072 dof system to tolerance 5e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,270k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (86%)

solve

solving 12072 dof system to tolerance 2e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,270k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 9e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 123/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,270k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (30%)

solve

solving 12072 dof system to tolerance 5e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,743k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (87%)

solve

solving 12072 dof system to tolerance 2e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,743k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 9e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 124/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,743k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (30%)

solve

solving 12072 dof system to tolerance 5e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,003k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 2e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (87%)

solve

solving 12072 dof system to tolerance 2e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,003k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 3e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 125/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,003k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (30%)

solve

solving 12072 dof system to tolerance 4e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,156k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (87%)

solve

solving 12072 dof system to tolerance 2e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,156k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 126/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,156k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (30%)

solve

solving 12072 dof system to tolerance 4e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,504k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (87%)

solve

solving 12072 dof system to tolerance 2e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,504k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 127/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,504k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (30%)

solve

solving 12072 dof system to tolerance 4e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,922k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (88%)

solve

solving 12072 dof system to tolerance 2e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,922k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 128/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,922k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (31%)

solve

solving 12072 dof system to tolerance 4e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,576k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (88%)

solve

solving 12072 dof system to tolerance 1e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,576k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 129/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,576k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (31%)

solve

solving 12072 dof system to tolerance 4e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,623k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 4e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (88%)

solve

solving 12072 dof system to tolerance 1e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,623k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 3e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 130/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,623k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (31%)

solve

solving 12072 dof system to tolerance 4e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,867k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 3e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (88%)

solve

solving 12072 dof system to tolerance 1e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,867k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 131/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,867k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (31%)

solve

solving 12072 dof system to tolerance 4e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,058k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 9e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (89%)

solve

solving 12072 dof system to tolerance 1e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,058k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 4e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 132/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,058k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 1e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (31%)

solve

solving 12072 dof system to tolerance 4e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,918k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 9e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (89%)

solve

solving 12072 dof system to tolerance 1e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,918k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 3e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 133/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,918k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 1e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (31%)

solve

solving 12072 dof system to tolerance 4e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,918k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 5e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (89%)

solve

solving 12072 dof system to tolerance 1e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,918k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 1e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 134/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,918k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (31%)

solve

solving 12072 dof system to tolerance 4e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,746k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 1e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (89%)

solve

solving 12072 dof system to tolerance 1e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 109,746k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 3e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 135/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,746k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 1e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (31%)

solve

solving 12072 dof system to tolerance 4e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,574k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 3e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (90%)

solve

solving 12072 dof system to tolerance 1e-12 using arnoldi solver

constructing direct preconditioner

peak memory use 108,574k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 136/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,574k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (31%)

solve

solving 12072 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,711k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 8e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (90%)

solve

solving 12072 dof system to tolerance 9e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,711k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-23

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 137/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,711k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 8e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (31%)

solve

solving 12072 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,969k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 5e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (90%)

solve

solving 12072 dof system to tolerance 9e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 108,969k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 6e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 138/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,969k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (31%)

solve

solving 12072 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,497k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (90%)

solve

solving 12072 dof system to tolerance 8e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,497k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 139/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,497k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (31%)

solve

solving 12072 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,787k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (91%)

solve

solving 12072 dof system to tolerance 8e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,787k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 7e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 140/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,787k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (32%)

solve

solving 12072 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,792k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (91%)

solve

solving 12072 dof system to tolerance 7e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,792k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 141/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,792k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (32%)

solve

solving 12072 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,220k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (91%)

solve

solving 12072 dof system to tolerance 7e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,220k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 5e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 142/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,220k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (32%)

solve

solving 12072 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,712k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (91%)

solve

solving 12072 dof system to tolerance 7e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 108,712k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 143/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,712k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (32%)

solve

solving 12072 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,401k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (92%)

solve

solving 12072 dof system to tolerance 6e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,401k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 144/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,401k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (32%)

solve

solving 12072 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,701k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 3e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (92%)

solve

solving 12072 dof system to tolerance 6e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,701k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 8e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 145/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,701k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (32%)

solve

solving 12072 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,473k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (92%)

solve

solving 12072 dof system to tolerance 6e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 110,473k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 4e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 146/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,473k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 4e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (32%)

solve

solving 12072 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,234k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 6e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (92%)

solve

solving 12072 dof system to tolerance 5e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,234k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 4e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 147/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,234k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 5e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (32%)

solve

solving 12072 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,315k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 7e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (92%)

solve

solving 12072 dof system to tolerance 5e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,315k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 2e-22

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 148/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,315k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 2e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (32%)

solve

solving 12072 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,436k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (93%)

solve

solving 12072 dof system to tolerance 5e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 108,436k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 4e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 149/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,436k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 4e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (32%)

solve

solving 12072 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,321k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (93%)

solve

solving 12072 dof system to tolerance 5e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,321k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 150/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,321k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (32%)

solve

solving 12072 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,011k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (93%)

solve

solving 12072 dof system to tolerance 5e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 110,011k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 151/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,011k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (32%)

solve

solving 12072 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,593k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (93%)

solve

solving 12072 dof system to tolerance 4e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 110,593k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 3e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 152/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,593k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (32%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,816k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (94%)

solve

solving 12072 dof system to tolerance 4e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,816k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 153/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,816k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (33%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,892k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (94%)

solve

solving 12072 dof system to tolerance 4e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 108,892k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 5e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 154/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,892k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (33%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,109k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (94%)

solve

solving 12072 dof system to tolerance 4e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,109k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 155/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,109k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 9e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (33%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,012k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (94%)

solve

solving 12072 dof system to tolerance 4e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,012k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 156/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,012k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (33%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,796k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (94%)

solve

solving 12072 dof system to tolerance 3e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,796k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 157/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,796k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (33%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,816k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (95%)

solve

solving 12072 dof system to tolerance 3e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,816k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 158/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,816k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 9e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (33%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,924k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (95%)

solve

solving 12072 dof system to tolerance 3e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,924k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 159/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,924k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (33%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,999k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (95%)

solve

solving 12072 dof system to tolerance 3e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,999k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 160/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,999k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (33%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,984k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (95%)

solve

solving 12072 dof system to tolerance 3e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 108,984k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 161/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,984k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 9e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (33%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,121k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (96%)

solve

solving 12072 dof system to tolerance 3e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 110,121k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.7e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 162/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,121k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (33%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,182k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (96%)

solve

solving 12072 dof system to tolerance 3e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 110,182k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 163/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,182k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (33%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,729k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (96%)

solve

solving 12072 dof system to tolerance 2e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,729k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-25

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 164/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,729k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (33%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,262k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (96%)

solve

solving 12072 dof system to tolerance 2e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 110,262k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-25

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 165/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,262k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (33%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,649k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 9e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (96%)

solve

solving 12072 dof system to tolerance 2e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,649k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-25

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 166/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,649k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 7e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (33%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,429k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (97%)

solve

solving 12072 dof system to tolerance 2e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,429k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 167/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,429k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (33%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,800k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 9e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (97%)

solve

solving 12072 dof system to tolerance 2e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,800k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 8e-25

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 168/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,800k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 7e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,362k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (97%)

solve

solving 12072 dof system to tolerance 2e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 110,362k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 9e-25

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 169/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,362k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,457k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (97%)

solve

solving 12072 dof system to tolerance 2e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 110,457k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-25

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 170/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,457k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,606k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 4e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (97%)

solve

solving 12072 dof system to tolerance 2e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,606k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 3e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 171/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,606k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 6e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,639k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (97%)

solve

solving 12072 dof system to tolerance 2e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,639k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 172/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,639k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,697k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 1e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (98%)

solve

solving 12072 dof system to tolerance 2e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 110,697k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 3e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 173/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,697k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 4e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,824k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (98%)

solve

solving 12072 dof system to tolerance 2e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,824k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 174/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,824k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,928k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 8e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (98%)

solve

solving 12072 dof system to tolerance 2e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,928k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 4e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 175/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,928k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 7e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,532k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (98%)

solve

solving 12072 dof system to tolerance 1e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,532k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 176/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,532k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,164k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (98%)

solve

solving 12072 dof system to tolerance 1e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,164k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-25

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 177/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,164k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,913k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 9e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (98%)

solve

solving 12072 dof system to tolerance 1e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 108,913k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-25

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 178/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,913k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,661k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (99%)

solve

solving 12072 dof system to tolerance 1e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,661k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-25

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 179/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,661k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,729k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (99%)

solve

solving 12072 dof system to tolerance 1e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 108,729k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 2e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 180/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,729k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,567k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (99%)

solve

solving 12072 dof system to tolerance 1e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 108,567k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-25

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 181/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,567k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 9e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,567k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (99%)

solve

solving 12072 dof system to tolerance 1e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 108,567k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-25

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 182/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 3e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,567k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 9e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,348k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (99%)

solve

solving 12072 dof system to tolerance 1e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,348k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-24

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.7e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 183/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,348k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 4e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,446k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (99%)

solve

solving 12072 dof system to tolerance 1e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 109,446k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-25

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 184/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,446k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,092k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (100%)

solve

solving 12072 dof system to tolerance 1e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 108,092k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-25

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 185/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,092k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,010k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (100%)

solve

solving 12072 dof system to tolerance 1e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 110,010k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-25

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.8e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 186/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,010k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,010k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (100%)

solve

solving 12072 dof system to tolerance 1e-13 using arnoldi solver

constructing direct preconditioner

peak memory use 110,010k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 9e-25

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.7e-14

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 187/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,010k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,269k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 9.9e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 188/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,269k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,313k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 9.6e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 189/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,313k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,591k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 9.3e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 190/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,591k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,586k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 9.0e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 191/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,586k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,230k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 8.7e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 192/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,230k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,989k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 8.4e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 193/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,989k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,124k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 8.1e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 194/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,124k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,839k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 7.9e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 195/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,839k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,890k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 7.6e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 196/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,890k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,890k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 7.3e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 197/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,890k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,890k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 7.1e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 198/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,890k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,117k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 5e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 6.9e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 199/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,117k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 1e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,869k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 6.6e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 200/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,869k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,167k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 6.4e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 201/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,167k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,427k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 6.2e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 202/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,427k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,429k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 6.0e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 203/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,429k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,834k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 5.8e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 204/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,834k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,673k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 5.6e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 205/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,673k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,673k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 5.4e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 206/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,673k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,811k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 5.2e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 207/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,811k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,136k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 5.0e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 208/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,136k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 5e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,132k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 8e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.9e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 209/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,132k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,053k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.7e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 210/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,053k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 111,136k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 2e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.5e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 211/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 111,136k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 110,409k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.4e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 212/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,409k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 109,561k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 6e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.2e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 213/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,561k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,726k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.1e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 214/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,726k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,764k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.0e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 215/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,764k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 108,896k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.8e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 216/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,896k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 9e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,252k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.7e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 217/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,252k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 9e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,100k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.6e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 218/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,100k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 9e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,636k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 6e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.5e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 219/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,636k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 9e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,783k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.4e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 220/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,783k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 9e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,255k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.3e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 221/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,255k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 9e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,909k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.2e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 222/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,909k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 9e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,366k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.1e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 223/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,366k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 9e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,333k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.0e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 224/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,333k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 12072 dof system to tolerance 8e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,890k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.9e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 225/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,890k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 8e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,110k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.8e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 226/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,110k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 8e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,785k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.7e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 227/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,785k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 8e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,785k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.7e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 228/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,785k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 8e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,322k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.6e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 229/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,322k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 8e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,252k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.5e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 230/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,252k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 8e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,834k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.4e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 231/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,834k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 8e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,648k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.4e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 232/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,648k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 8e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,191k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.3e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 233/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,191k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 8e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,109k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.2e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 234/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,109k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 7e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,109k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.2e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 235/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,109k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 7e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,490k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.1e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 236/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,490k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 7e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,762k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.0e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 237/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,762k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 7e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,762k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.0e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 238/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,762k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 7e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,872k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.9e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 239/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,872k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 7e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,645k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.9e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 240/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,645k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 7e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,074k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.8e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 241/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,074k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 7e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,877k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.8e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 242/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,877k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 7e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,249k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.7e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 243/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,249k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 7e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,249k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.7e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 244/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,249k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 7e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,249k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.6e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 245/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,249k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 12072 dof system to tolerance 6e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,249k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.6e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 246/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,249k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 6e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 111,001k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.5e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 247/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 111,001k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 6e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,903k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.5e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 248/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,903k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 6e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,823k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.4e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 249/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,823k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 6e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,359k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.4e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 250/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,359k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 6e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,865k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.4e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 251/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,865k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 6e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,212k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.3e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 252/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,212k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 6e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,080k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.3e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 253/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,080k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 6e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,591k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.2e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 254/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,591k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 6e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,728k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.2e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 255/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,728k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 6e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,493k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 8e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.2e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 256/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,493k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 6e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,493k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 4e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.1e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 257/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,493k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 6e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,493k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.1e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 258/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,493k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 6e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,405k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 8e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.1e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 259/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,405k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 3e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,603k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 4e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.1e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 260/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,603k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,603k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.0e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 261/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,603k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,311k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 1.0e-11

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 262/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,311k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,393k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 9.8e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 263/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,393k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,393k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 9.5e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 264/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,393k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,727k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 9.3e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 265/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,727k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,935k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 8e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 9.0e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 266/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,935k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,491k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 8.8e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 267/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,491k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,645k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 8.6e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 268/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,645k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,429k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 8.4e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 269/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,429k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,429k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 8.2e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 270/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,429k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 9e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,429k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 8.0e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 271/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,429k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,427k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 7.8e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 272/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,427k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,518k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 7.6e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 273/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,518k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,518k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 7.5e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 274/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,518k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,946k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 7.3e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 275/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,946k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,946k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 7.1e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 276/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,946k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,925k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 7.0e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 277/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,925k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,302k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 6.8e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 278/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,302k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 5e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,943k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 6.7e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 279/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,943k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,943k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 6.5e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 280/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,943k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,943k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 4e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 6.4e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 281/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,943k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,775k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 6.3e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 282/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,775k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,775k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 6.1e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 283/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,775k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,529k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 6.0e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 284/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,529k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,292k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 5.9e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 285/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,292k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,029k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 5.8e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 286/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,029k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,600k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 5.7e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 287/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,600k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,019k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 5.6e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 288/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,019k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,058k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 5.5e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 289/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,058k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 111,740k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 5.4e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 290/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 111,740k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,487k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 5.3e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 291/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,487k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,831k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 5.2e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 292/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,831k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,831k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 5.1e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 293/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,831k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,739k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 5.0e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 294/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,739k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,799k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.9e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 295/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,799k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,407k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.8e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 296/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,407k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,085k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.8e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 297/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,085k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,696k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.7e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 298/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,696k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (39%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,696k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 4e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.6e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 299/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,696k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,560k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.6e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 300/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,560k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,598k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.5e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 301/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,598k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,075k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.4e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 302/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,075k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,056k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.4e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 303/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,056k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,139k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.3e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 304/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,139k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,139k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.2e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 305/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,139k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,139k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.2e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 306/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,139k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,771k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.1e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 307/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,771k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,771k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.1e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 308/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,771k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,075k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.0e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 309/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,075k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,075k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 4.0e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 310/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,075k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,880k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.9e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 311/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,880k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,962k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.9e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 312/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,962k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,350k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.8e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 313/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,350k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,350k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.7e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 314/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,350k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,002k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.7e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 315/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,002k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,880k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 3e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.6e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 316/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,880k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,400k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.6e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 317/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,400k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,651k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.5e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 318/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,651k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,651k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.5e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 319/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,651k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,854k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.4e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 320/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,854k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,854k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.4e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 321/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,854k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,854k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.3e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 322/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,854k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,598k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.3e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 323/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,598k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,346k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.2e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 324/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,346k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,308k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.2e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 325/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,308k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,642k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.1e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 326/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,642k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,068k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.1e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 327/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,068k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,779k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.0e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 328/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,779k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,076k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 3.0e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 329/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,076k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,185k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.9e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 330/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,185k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,129k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.9e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 331/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,129k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,372k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.8e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 332/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,372k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,525k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.8e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 333/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,525k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,525k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.7e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 334/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,525k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,300k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.7e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 335/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,300k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 9e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,504k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.7e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 336/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,504k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (41%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,163k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.6e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 337/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,163k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (41%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,163k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.6e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 338/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,163k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (41%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 108,655k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.5e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 339/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 108,655k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (41%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,173k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.5e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 340/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,173k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (41%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,866k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.4e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 341/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,866k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (41%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,346k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.4e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 342/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,346k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (41%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 110,207k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.4e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 343/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 110,207k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (41%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,523k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.3e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 344/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,523k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (41%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.3e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 345/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (41%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,786k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.2e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 346/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,786k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (41%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,448k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.2e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 347/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 109,448k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (41%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 111,124k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.2e-12

locate found previously computed affine values

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[4.4408921e-16 8.8817842e-16]

flow.png

timestep 348/750

velocity divergence: 2e-14

newton

iter 1 (0%)

solve

solving 12072 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 111,124k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (41%)

solve

solving 12072 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 109,442k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-19

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 2 iterations to residual 2.1e-12

locate found previously computed affine values