NUTILS 9.0 "Jook-Sing"

arguments

nelems=99

degree=3

reynolds=1000

uwall=0

timestep=0.04

extdiam=12

endtime=30

start 2025-04-09 22:14:11

creating 39x99 mesh, outer radius 5.94

solve_constraints

optimizing for argument u (8118) with drop tolerance 1e-15

solving 105 dof system to machine precision using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 201k

residual decreased by 15.8 orders using 0 krylov vectors

residual decreased by 0.2 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 1e-15

residual norm: 1.6e-15

optimal value: 2.0e-11

constrained 105 degrees of freedom of u

solve

optimizing for argument u (8118) and p (4059) using direct method

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

residual norm: 3.5e-14

optimal value: 4.0e-01

factor

analysing function of u

constructing sparse polynomial C1 u^2

monomial 1/1

555,588 coefficients for (8118, 8118) array (0.8% full)

factored function contains 555,588 coefficients (4MB)

factor

analysing function of v, p, q, u0, u, dt

constructing sparse polynomial C1 u0 v + C2 u v + C3 dt q u + C4 dt p v + C5 dt u v + C6 dt u^2 v

monomial 1/6

274,032 coefficients for (8118, 8118) array (0.4% full)

monomial 2/6

274,032 coefficients for (8118, 8118) array (0.4% full)

monomial 3/6

235,521 coefficients for (4059, 8118) array (0.7% full)

monomial 4/6

235,521 coefficients for (4059, 8118) array (0.7% full)

monomial 5/6

555,588 coefficients for (8118, 8118) array (0.8% full)

monomial 6/6

22,113,881 coefficients for (8118, 8118, 8118) array (0.0% full)

factored function contains 23,688,575 coefficients (180MB)

timestep 1/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.6e-01

iter 1

solving 12072 dof system to tolerance 1e-10 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 8e-13

residual norm: 5.2e-03 (18%)

iter 2

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

constructing direct preconditioner

peak memory use 110,133k

residual decreased by 11.4 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 7.7e-06 (48%)

iter 3

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

constructing direct preconditioner

peak memory use 111,436k

residual decreased by 11.3 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 5.2e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 2/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.9e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-13

residual norm: 5.8e-04 (24%)

iter 2

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

constructing direct preconditioner

peak memory use 111,585k

residual decreased by 12.0 orders using 0 krylov vectors

solver returned with residual 6e-16

residual norm: 1.3e-07 (65%)

iter 3

solving 12072 dof system to tolerance 1e-10 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-19

residual norm: 1.3e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 3/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,585k

residual decreased by 10.9 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 3.0e-04 (24%)

iter 2

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

constructing direct preconditioner

peak memory use 110,018k

residual decreased by 10.7 orders using 0 krylov vectors

solver returned with residual 5e-15

residual norm: 5.3e-08 (68%)

iter 3

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

constructing direct preconditioner

peak memory use 110,018k

residual decreased by 11.7 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 3.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 4/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,018k

residual decreased by 10.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.6e-04 (23%)

iter 2

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

constructing direct preconditioner

peak memory use 110,669k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 8e-16

residual norm: 3.6e-08 (69%)

iter 3

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

constructing direct preconditioner

peak memory use 110,669k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 2.3e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 5/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-13

residual norm: 2.3e-04 (23%)

iter 2

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

constructing direct preconditioner

peak memory use 110,948k

residual decreased by 8.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.5e-08 (71%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 6/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.9e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,948k

residual decreased by 9.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.1e-04 (24%)

iter 2

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

constructing direct preconditioner

peak memory use 111,351k

residual decreased by 11.3 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 1.9e-08 (72%)

iter 3

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

constructing direct preconditioner

peak memory use 111,351k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 7/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.9e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,351k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 6e-14

residual norm: 2.1e-04 (24%)

iter 2

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

constructing direct preconditioner

peak memory use 111,106k

residual decreased by 9.8 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 1.7e-08 (73%)

iter 3

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

constructing direct preconditioner

peak memory use 110,511k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 9e-21

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 8/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.9e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,106k

residual decreased by 10.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.1e-04 (24%)

iter 2

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

constructing direct preconditioner

peak memory use 110,734k

residual decreased by 10.2 orders using 0 krylov vectors

solver returned with residual 1e-14

residual norm: 1.6e-08 (74%)

iter 3

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

constructing direct preconditioner

peak memory use 110,734k

residual decreased by 8.7 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 9/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.0e-02

iter 1

solving 12072 dof system to tolerance 1e-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 7e-15

residual norm: 2.1e-04 (24%)

iter 2

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

constructing direct preconditioner

peak memory use 111,348k

residual decreased by 11.3 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 1.6e-08 (74%)

iter 3

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

constructing direct preconditioner

peak memory use 111,348k

residual decreased by 12.0 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 10/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,489k

residual decreased by 9.9 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 2.1e-04 (24%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 7e-14

residual norm: 1.6e-08 (73%)

iter 3

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

constructing direct preconditioner

peak memory use 111,225k

residual decreased by 9.6 orders using 0 krylov vectors

solver returned with residual 4e-18

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 11/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,225k

residual decreased by 8.5 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 2.2e-04 (24%)

iter 2

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

constructing direct preconditioner

peak memory use 110,709k

residual decreased by 10.1 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 1.7e-08 (73%)

iter 3

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

constructing direct preconditioner

peak memory use 110,709k

residual decreased by 9.7 orders using 0 krylov vectors

solver returned with residual 4e-18

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 12/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 113,043k

residual decreased by 10.7 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 2.3e-04 (24%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-14

residual norm: 1.9e-08 (73%)

iter 3

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

constructing direct preconditioner

peak memory use 110,741k

residual decreased by 10.1 orders using 0 krylov vectors

solver returned with residual 1e-18

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 13/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,741k

residual decreased by 10.1 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.4e-04 (24%)

iter 2

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

constructing direct preconditioner

peak memory use 110,921k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 2.0e-08 (72%)

iter 3

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

constructing direct preconditioner

peak memory use 111,992k

residual decreased by 10.3 orders using 0 krylov vectors

solver returned with residual 1e-18

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 14/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,992k

residual decreased by 10.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.5e-04 (24%)

iter 2

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

constructing direct preconditioner

peak memory use 110,243k

residual decreased by 10.5 orders using 0 krylov vectors

solver returned with residual 7e-15

residual norm: 2.2e-08 (72%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 1e-18

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 15/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.4e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,632k

residual decreased by 11.9 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 2.6e-04 (23%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 4e-16

residual norm: 2.4e-08 (72%)

iter 3

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

constructing direct preconditioner

peak memory use 111,723k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 2e-21

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 16/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.5e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,723k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 2.8e-04 (23%)

iter 2

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

constructing direct preconditioner

peak memory use 111,638k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 2.7e-08 (71%)

iter 3

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

constructing direct preconditioner

peak memory use 111,638k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 17/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.6e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,638k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 5e-15

residual norm: 2.9e-04 (23%)

iter 2

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

constructing direct preconditioner

peak memory use 110,544k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 3.1e-08 (70%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 2e-20

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 18/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-14

residual norm: 3.1e-04 (23%)

iter 2

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

constructing direct preconditioner

peak memory use 111,759k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 3.8e-08 (69%)

iter 3

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

constructing direct preconditioner

peak memory use 111,759k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 19/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.8e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,244k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 3.3e-04 (23%)

iter 2

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

constructing direct preconditioner

peak memory use 110,270k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 4.6e-08 (68%)

iter 3

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

constructing direct preconditioner

peak memory use 108,724k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 9e-21

residual norm: 2.7e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 20/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.9e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,724k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 5e-15

residual norm: 3.6e-04 (23%)

iter 2

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

constructing direct preconditioner

peak memory use 110,527k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 5.5e-08 (68%)

iter 3

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

constructing direct preconditioner

peak memory use 110,527k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 4.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 21/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,527k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 5e-15

residual norm: 3.8e-04 (22%)

iter 2

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

constructing direct preconditioner

peak memory use 110,459k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 6.5e-08 (67%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 6.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 22/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 5e-15

residual norm: 4.1e-04 (22%)

iter 2

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

constructing direct preconditioner

peak memory use 110,582k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 8e-17

residual norm: 7.5e-08 (66%)

iter 3

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

constructing direct preconditioner

peak memory use 110,582k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 1.1e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 23/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,582k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 8e-15

residual norm: 4.4e-04 (22%)

iter 2

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

constructing direct preconditioner

peak memory use 111,010k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 6e-17

residual norm: 8.7e-08 (65%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 9e-21

residual norm: 1.2e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 24/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.4e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,131k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 1e-14

residual norm: 4.7e-04 (22%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-16

residual norm: 1.0e-07 (65%)

iter 3

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

constructing direct preconditioner

peak memory use 110,621k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 9e-20

residual norm: 1.3e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 25/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.5e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,992k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 4.9e-04 (22%)

iter 2

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

constructing direct preconditioner

peak memory use 110,535k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 1.2e-07 (64%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 2e-20

residual norm: 2.3e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 26/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.6e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,535k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 5.2e-04 (21%)

iter 2

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

constructing direct preconditioner

peak memory use 110,809k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 1.4e-07 (63%)

iter 3

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

constructing direct preconditioner

peak memory use 110,858k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 4.3e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 27/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.7e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,858k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 5.5e-04 (21%)

iter 2

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

constructing direct preconditioner

peak memory use 110,219k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 1.6e-07 (63%)

iter 3

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

constructing direct preconditioner

peak memory use 109,207k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 5.8e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 28/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.7e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,149k

residual decreased by 11.8 orders using 0 krylov vectors

solver returned with residual 5e-14

residual norm: 5.7e-04 (21%)

iter 2

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

constructing direct preconditioner

peak memory use 111,171k

residual decreased by 10.6 orders using 0 krylov vectors

solver returned with residual 1e-14

residual norm: 1.7e-07 (62%)

iter 3

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

constructing direct preconditioner

peak memory use 108,696k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 5.8e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 29/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.8e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,171k

residual decreased by 11.2 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 5.8e-04 (21%)

iter 2

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

constructing direct preconditioner

peak memory use 109,322k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 1.7e-07 (62%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 3e-20

residual norm: 5.1e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 30/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.9e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,479k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 6.0e-04 (21%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 2e-16

residual norm: 1.8e-07 (62%)

iter 3

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

constructing direct preconditioner

peak memory use 108,990k

residual decreased by 11.7 orders using 0 krylov vectors

solver returned with residual 4e-19

residual norm: 4.8e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 31/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,990k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 6.0e-04 (21%)

iter 2

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

constructing direct preconditioner

peak memory use 111,057k

residual decreased by 11.9 orders using 0 krylov vectors

solver returned with residual 7e-16

residual norm: 1.8e-07 (62%)

iter 3

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

constructing direct preconditioner

peak memory use 111,057k

residual decreased by 12.0 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 4.4e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 32/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,057k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 1e-14

residual norm: 6.0e-04 (21%)

iter 2

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

constructing direct preconditioner

peak memory use 110,643k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 1.8e-07 (62%)

iter 3

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

constructing direct preconditioner

peak memory use 110,643k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 9e-20

residual norm: 4.1e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 33/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,643k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 5e-15

residual norm: 5.9e-04 (21%)

iter 2

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

constructing direct preconditioner

peak memory use 110,632k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 1.7e-07 (62%)

iter 3

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

constructing direct preconditioner

peak memory use 111,022k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 5e-20

residual norm: 3.8e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 34/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,022k

residual decreased by 11.9 orders using 0 krylov vectors

solver returned with residual 5e-14

residual norm: 5.8e-04 (21%)

iter 2

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

constructing direct preconditioner

peak memory use 111,089k

residual decreased by 9.2 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.6e-07 (63%)

iter 3

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

constructing direct preconditioner

peak memory use 111,089k

residual decreased by 8.6 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 3.0e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 35/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,089k

residual decreased by 9.8 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 5.7e-04 (22%)

iter 2

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

constructing direct preconditioner

peak memory use 111,177k

residual decreased by 12.0 orders using 0 krylov vectors

solver returned with residual 5e-16

residual norm: 1.5e-07 (63%)

iter 3

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

constructing direct preconditioner

peak memory use 111,177k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 2.1e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 36/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,177k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 1e-14

residual norm: 5.5e-04 (22%)

iter 2

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

constructing direct preconditioner

peak memory use 109,925k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 1.4e-07 (63%)

iter 3

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

constructing direct preconditioner

peak memory use 109,925k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 4e-19

residual norm: 1.7e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 37/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,925k

residual decreased by 11.7 orders using 0 krylov vectors

solver returned with residual 9e-14

residual norm: 5.3e-04 (22%)

iter 2

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

constructing direct preconditioner

peak memory use 110,800k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 8e-17

residual norm: 1.3e-07 (64%)

iter 3

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

constructing direct preconditioner

peak memory use 111,389k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 1.4e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 38/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,219k

residual decreased by 11.4 orders using 0 krylov vectors

solver returned with residual 1e-13

residual norm: 5.1e-04 (22%)

iter 2

solving 12072 dof system to tolerance 1e-10 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-16

residual norm: 1.2e-07 (64%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 3e-20

residual norm: 9.6e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 39/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-15

residual norm: 4.8e-04 (22%)

iter 2

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

constructing direct preconditioner

peak memory use 109,927k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 1.0e-07 (65%)

iter 3

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

constructing direct preconditioner

peak memory use 110,730k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 4e-20

residual norm: 7.5e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 40/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,730k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 4.6e-04 (23%)

iter 2

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

constructing direct preconditioner

peak memory use 108,506k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 6e-17

residual norm: 9.3e-08 (66%)

iter 3

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

constructing direct preconditioner

peak memory use 110,055k

residual decreased by 11.1 orders using 0 krylov vectors

solver returned with residual 8e-19

residual norm: 6.4e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 41/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,055k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 4.4e-04 (23%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 8.3e-08 (66%)

iter 3

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

constructing direct preconditioner

peak memory use 110,714k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 4.8e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 42/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.9e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-16

residual norm: 4.1e-04 (23%)

iter 2

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

constructing direct preconditioner

peak memory use 111,371k

residual decreased by 11.7 orders using 0 krylov vectors

solver returned with residual 9e-16

residual norm: 7.2e-08 (67%)

iter 3

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

constructing direct preconditioner

peak memory use 111,371k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 3.6e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 43/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.9e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,371k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 3.9e-04 (23%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-17

residual norm: 6.3e-08 (67%)

iter 3

solving 12072 dof system to tolerance 1e-10 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-20

residual norm: 3.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 44/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.8e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,757k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 3.6e-04 (24%)

iter 2

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

constructing direct preconditioner

peak memory use 110,964k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 5.6e-08 (68%)

iter 3

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

constructing direct preconditioner

peak memory use 110,964k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 2e-21

residual norm: 2.7e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 45/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-15

residual norm: 3.4e-04 (24%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 4.9e-08 (69%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 1e-21

residual norm: 2.5e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 46/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-15

residual norm: 3.2e-04 (24%)

iter 2

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

constructing direct preconditioner

peak memory use 110,288k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 4.2e-08 (69%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 6e-21

residual norm: 2.3e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 47/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.6e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,288k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 3.0e-04 (24%)

iter 2

solving 12072 dof system to tolerance 1e-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 8e-18

residual norm: 3.6e-08 (70%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 1e-21

residual norm: 2.3e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 48/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 5e-16

residual norm: 2.8e-04 (25%)

iter 2

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

constructing direct preconditioner

peak memory use 110,683k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 6e-17

residual norm: 3.2e-08 (71%)

iter 3

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

constructing direct preconditioner

peak memory use 110,683k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 49/750

velocity divergence: 1e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 6e-15

residual norm: 2.6e-04 (25%)

iter 2

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

constructing direct preconditioner

peak memory use 109,994k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.8e-08 (71%)

iter 3

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

constructing direct preconditioner

peak memory use 109,994k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 5e-22

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 50/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.4e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,994k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 2.5e-04 (25%)

iter 2

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

constructing direct preconditioner

peak memory use 111,581k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 2.4e-08 (72%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 3e-22

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 51/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.3e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-16

residual norm: 2.3e-04 (25%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 2.1e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-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 8e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 52/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,434k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 8e-16

residual norm: 2.2e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-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 5e-17

residual norm: 1.8e-08 (74%)

iter 3

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

constructing direct preconditioner

peak memory use 111,143k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 1e-21

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 53/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,143k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 2.0e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 1.6e-08 (74%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 8e-22

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 54/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-15

residual norm: 1.9e-04 (26%)

iter 2

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

constructing direct preconditioner

peak memory use 108,983k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 7e-18

residual norm: 1.4e-08 (75%)

iter 3

solving 12072 dof system to tolerance 1e-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 4e-22

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 55/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,983k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 5e-16

residual norm: 1.8e-04 (26%)

iter 2

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

constructing direct preconditioner

peak memory use 110,006k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 7e-18

residual norm: 1.2e-08 (76%)

iter 3

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

constructing direct preconditioner

peak memory use 110,006k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 5e-22

residual norm: 2.3e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 56/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,006k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 5e-16

residual norm: 1.7e-04 (27%)

iter 2

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

constructing direct preconditioner

peak memory use 110,726k

residual decreased by 11.7 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 1.0e-08 (76%)

iter 3

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

constructing direct preconditioner

peak memory use 110,692k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 2e-21

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 57/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.9e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,692k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 5e-15

residual norm: 1.6e-04 (27%)

iter 2

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

constructing direct preconditioner

peak memory use 110,383k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 7e-18

residual norm: 8.7e-09 (77%)

iter 3

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

constructing direct preconditioner

peak memory use 109,015k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-22

residual norm: 2.3e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 58/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.9e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,015k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 6e-16

residual norm: 1.5e-04 (27%)

iter 2

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

constructing direct preconditioner

peak memory use 110,820k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 7.6e-09 (78%)

iter 3

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

constructing direct preconditioner

peak memory use 110,820k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 6e-22

residual norm: 2.3e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 59/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.8e-02

iter 1

solving 12072 dof system to tolerance 1e-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 4e-15

residual norm: 1.4e-04 (27%)

iter 2

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

constructing direct preconditioner

peak memory use 109,937k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 6.7e-09 (78%)

iter 3

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

constructing direct preconditioner

peak memory use 109,937k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 4e-22

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 60/750

velocity divergence: 2e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.7e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,937k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 6e-16

residual norm: 1.3e-04 (28%)

iter 2

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

constructing direct preconditioner

peak memory use 109,733k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 3e-18

residual norm: 5.8e-09 (79%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 3e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 61/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-15

residual norm: 1.2e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 4e-18

residual norm: 5.1e-09 (80%)

iter 3

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

constructing direct preconditioner

peak memory use 109,313k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 1e-22

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 62/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.6e-02

iter 1

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 3e-16

residual norm: 1.1e-04 (28%)

iter 2

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

constructing direct preconditioner

peak memory use 110,673k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 4.4e-09 (80%)

iter 3

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 2e-22

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 63/750

velocity divergence: 2e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 9e-16

residual norm: 1.1e-04 (28%)

iter 2

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

constructing direct preconditioner

peak memory use 110,571k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 3.9e-09 (81%)

iter 3

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

constructing direct preconditioner

peak memory use 110,571k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 3e-22

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 64/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.5e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,571k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 1.0e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 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-16

residual norm: 3.4e-09 (82%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 65/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.5e-02

iter 1

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

constructing direct preconditioner

peak memory use 111,621k

residual decreased by 12.0 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 9.8e-05 (29%)

iter 2

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

constructing direct preconditioner

peak memory use 109,049k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 3e-18

residual norm: 3.1e-09 (82%)

iter 3

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

constructing direct preconditioner

peak memory use 109,049k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 8e-23

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 66/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 5e-16

residual norm: 9.3e-05 (29%)

iter 2

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

constructing direct preconditioner

peak memory use 108,978k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 3e-18

residual norm: 2.8e-09 (83%)

iter 3

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

constructing direct preconditioner

peak memory use 108,978k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-23

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 67/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.4e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,978k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 8.9e-05 (29%)

iter 2

solving 12072 dof system to tolerance 1e-10 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-18

residual norm: 2.6e-09 (83%)

iter 3

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

constructing direct preconditioner

peak memory use 109,071k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-23

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 68/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.3e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-16

residual norm: 8.5e-05 (29%)

iter 2

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

constructing direct preconditioner

peak memory use 110,015k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 2e-18

residual norm: 2.3e-09 (84%)

iter 3

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

constructing direct preconditioner

peak memory use 110,015k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-23

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 69/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,015k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 8.1e-05 (29%)

iter 2

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

constructing direct preconditioner

peak memory use 109,254k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 3e-18

residual norm: 2.1e-09 (84%)

iter 3

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

constructing direct preconditioner

peak memory use 109,254k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 5e-23

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 70/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-16

residual norm: 7.7e-05 (29%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 2e-18

residual norm: 1.9e-09 (85%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 3e-23

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 71/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-16

residual norm: 7.4e-05 (30%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 2e-18

residual norm: 1.7e-09 (85%)

iter 3

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

constructing direct preconditioner

peak memory use 109,417k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 5e-23

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 72/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,417k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 7.1e-05 (30%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-18

residual norm: 1.6e-09 (86%)

iter 3

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

constructing direct preconditioner

peak memory use 109,352k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 4e-22

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 73/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-15

residual norm: 6.9e-05 (30%)

iter 2

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

constructing direct preconditioner

peak memory use 108,981k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 1e-18

residual norm: 1.5e-09 (86%)

iter 3

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

constructing direct preconditioner

peak memory use 108,981k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-23

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 74/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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-16

residual norm: 6.6e-05 (30%)

iter 2

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

constructing direct preconditioner

peak memory use 108,947k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 2e-18

residual norm: 1.4e-09 (86%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 1e-23

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 75/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,947k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 6.4e-05 (30%)

iter 2

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

constructing direct preconditioner

peak memory use 109,883k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 6e-19

residual norm: 1.3e-09 (87%)

iter 3

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

constructing direct preconditioner

peak memory use 109,883k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 9e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 76/750

velocity divergence: 3e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-16

residual norm: 6.1e-05 (30%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-16

residual norm: 1.2e-09 (87%)

iter 3

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

constructing direct preconditioner

peak memory use 109,855k

residual decreased by 11.9 orders using 0 krylov vectors

solver returned with residual 2e-21

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 77/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,855k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 5.9e-05 (30%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-19

residual norm: 1.1e-09 (87%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 9e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 78/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,648k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 5.7e-05 (31%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 4e-17

residual norm: 1.0e-09 (88%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 8e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 79/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 7e-15

residual norm: 5.5e-05 (31%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 8e-19

residual norm: 9.4e-10 (88%)

iter 3

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

constructing direct preconditioner

peak memory use 109,359k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 8e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 80/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.9e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,359k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 5.4e-05 (31%)

iter 2

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

constructing direct preconditioner

peak memory use 109,647k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 1e-18

residual norm: 8.8e-10 (89%)

iter 3

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

constructing direct preconditioner

peak memory use 109,647k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-23

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 81/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.9e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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-16

residual norm: 5.2e-05 (31%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-17

residual norm: 8.3e-10 (89%)

iter 3

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

constructing direct preconditioner

peak memory use 109,723k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 3e-22

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 82/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.9e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,723k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 5.1e-05 (31%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 7e-19

residual norm: 7.8e-10 (89%)

iter 3

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

constructing direct preconditioner

peak memory use 110,324k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 1e-23

residual norm: 2.3e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 83/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.9e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,324k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 4.9e-05 (31%)

iter 2

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

constructing direct preconditioner

peak memory use 108,737k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 5e-19

residual norm: 7.4e-10 (90%)

iter 3

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

constructing direct preconditioner

peak memory use 108,737k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 5e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 84/750

velocity divergence: 3e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.9e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,737k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 4.8e-05 (31%)

iter 2

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

constructing direct preconditioner

peak memory use 108,429k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 9e-18

residual norm: 7.0e-10 (90%)

iter 3

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

constructing direct preconditioner

peak memory use 108,429k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 3e-22

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 85/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.8e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,429k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 7e-15

residual norm: 4.7e-05 (31%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 4e-19

residual norm: 6.6e-10 (90%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 4e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 86/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.8e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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-16

residual norm: 4.6e-05 (31%)

iter 2

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

constructing direct preconditioner

peak memory use 109,972k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 5e-19

residual norm: 6.2e-10 (90%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 4e-24

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 87/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.8e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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-16

residual norm: 4.5e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 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-19

residual norm: 5.9e-10 (91%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 5e-24

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 88/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.8e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-16

residual norm: 4.3e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 2e-18

residual norm: 5.6e-10 (91%)

iter 3

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

constructing direct preconditioner

peak memory use 109,421k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 3e-23

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 89/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.8e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-16

residual norm: 4.2e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-19

residual norm: 5.3e-10 (91%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 3e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 90/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 7e-17

residual norm: 4.1e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-19

residual norm: 5.0e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 3e-24

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 91/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.7e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,830k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 4.0e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-19

residual norm: 4.7e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 5e-24

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 92/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-16

residual norm: 3.9e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-19

residual norm: 4.5e-10 (92%)

iter 3

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

constructing direct preconditioner

peak memory use 109,566k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 93/750

velocity divergence: 1e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.7e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,566k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 3.8e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 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-19

residual norm: 4.3e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 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-24

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 94/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-16

residual norm: 3.7e-05 (32%)

iter 2

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

constructing direct preconditioner

peak memory use 109,136k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 4.1e-10 (93%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 4e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 95/750

velocity divergence: 2e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-16

residual norm: 3.6e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-19

residual norm: 3.8e-10 (93%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 3e-24

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 96/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-16

residual norm: 3.6e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-19

residual norm: 3.6e-10 (93%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 2e-24

residual norm: 2.3e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 97/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 8e-17

residual norm: 3.5e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 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-19

residual norm: 3.4e-10 (94%)

iter 3

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

constructing direct preconditioner

peak memory use 108,782k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 5e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 98/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.6e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,782k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 3.4e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 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-19

residual norm: 3.2e-10 (94%)

iter 3

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

constructing direct preconditioner

peak memory use 109,163k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 99/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-16

residual norm: 3.3e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 2e-19

residual norm: 3.0e-10 (94%)

iter 3

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

constructing direct preconditioner

peak memory use 109,361k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 100/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.6e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,361k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 3.2e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 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-19

residual norm: 2.8e-10 (94%)

iter 3

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

constructing direct preconditioner

peak memory use 108,351k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 101/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-16

residual norm: 3.1e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-19

residual norm: 2.7e-10 (95%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 2e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 102/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-16

residual norm: 3.1e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-19

residual norm: 2.5e-10 (95%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 2e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 103/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-16

residual norm: 3.0e-05 (33%)

iter 2

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

constructing direct preconditioner

peak memory use 109,050k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 7e-19

residual norm: 2.4e-10 (95%)

iter 3

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

constructing direct preconditioner

peak memory use 109,050k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 1e-23

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 104/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.6e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,050k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 2.9e-05 (33%)

iter 2

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

constructing direct preconditioner

peak memory use 108,354k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 2.3e-10 (96%)

iter 3

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

constructing direct preconditioner

peak memory use 108,354k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 105/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-16

residual norm: 2.9e-05 (33%)

iter 2

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

constructing direct preconditioner

peak memory use 108,645k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 2.1e-10 (96%)

iter 3

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

constructing direct preconditioner

peak memory use 108,645k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 106/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.6e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,645k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 2.8e-05 (34%)

iter 2

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

constructing direct preconditioner

peak memory use 109,682k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 5e-19

residual norm: 2.0e-10 (96%)

iter 3

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

constructing direct preconditioner

peak memory use 109,682k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 107/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-16

residual norm: 2.7e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 2e-19

residual norm: 1.9e-10 (97%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 9e-25

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 108/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 6e-17

residual norm: 2.7e-05 (34%)

iter 2

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

constructing direct preconditioner

peak memory use 108,525k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 1.8e-10 (97%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 1e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 109/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 7e-17

residual norm: 2.6e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 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-19

residual norm: 1.7e-10 (97%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 9e-25

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 110/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,847k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 2.6e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 2e-19

residual norm: 1.6e-10 (97%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 8e-25

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 111/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 6e-17

residual norm: 2.5e-05 (34%)

iter 2

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

constructing direct preconditioner

peak memory use 110,313k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 1e-18

residual norm: 1.5e-10 (98%)

iter 3

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

constructing direct preconditioner

peak memory use 110,313k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 2e-23

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 112/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,313k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 2.4e-05 (34%)

iter 2

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

constructing direct preconditioner

peak memory use 108,891k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 1.5e-10 (98%)

iter 3

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

constructing direct preconditioner

peak memory use 109,667k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-24

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 113/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 8e-17

residual norm: 2.4e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 2e-19

residual norm: 1.4e-10 (98%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 7e-25

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 114/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 6e-17

residual norm: 2.3e-05 (34%)

iter 2

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

constructing direct preconditioner

peak memory use 109,613k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 4e-19

residual norm: 1.3e-10 (99%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 5e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 115/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,613k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 5e-16

residual norm: 2.3e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 2e-19

residual norm: 1.2e-10 (99%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 5e-25

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 116/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,584k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 2.2e-05 (35%)

iter 2

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

constructing direct preconditioner

peak memory use 109,520k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 5e-19

residual norm: 1.2e-10 (99%)

iter 3

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

constructing direct preconditioner

peak memory use 109,520k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 3e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 117/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-16

residual norm: 2.2e-05 (35%)

iter 2

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

constructing direct preconditioner

peak memory use 108,290k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 1.1e-10 (99%)

iter 3

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

constructing direct preconditioner

peak memory use 108,290k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-25

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 118/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 6e-17

residual norm: 2.1e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-19

residual norm: 1.0e-10 (100%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 1e-24

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 119/750

velocity divergence: 3e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-16

residual norm: 2.1e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-19

residual norm: 9.8e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 120/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 6e-17

residual norm: 2.0e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-19

residual norm: 9.2e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 121/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,902k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-17

residual norm: 2.0e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-19

residual norm: 8.7e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 122/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 6e-17

residual norm: 1.9e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-19

residual norm: 8.2e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 123/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 5e-17

residual norm: 1.9e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-19

residual norm: 7.7e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 124/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,743k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-17

residual norm: 1.8e-05 (35%)

iter 2

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

constructing direct preconditioner

peak memory use 109,003k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 1e-18

residual norm: 7.2e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 125/750

velocity divergence: 2e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 7e-16

residual norm: 1.8e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-19

residual norm: 6.8e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 126/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,156k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-17

residual norm: 1.7e-05 (36%)

iter 2

solving 12072 dof system to tolerance 1e-10 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-19

residual norm: 6.5e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 127/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-16

residual norm: 1.7e-05 (36%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 9e-20

residual norm: 6.1e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 128/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,922k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 1.7e-05 (36%)

iter 2

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

constructing direct preconditioner

peak memory use 108,576k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 5.8e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 129/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 5e-17

residual norm: 1.6e-05 (36%)

iter 2

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

constructing direct preconditioner

peak memory use 108,623k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 5.5e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 130/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,623k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 1.6e-05 (36%)

iter 2

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

constructing direct preconditioner

peak memory use 108,867k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 5.2e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 131/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 9e-17

residual norm: 1.6e-05 (36%)

iter 2

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

constructing direct preconditioner

peak memory use 109,058k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 4e-19

residual norm: 4.9e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 132/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,058k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 1.5e-05 (36%)

iter 2

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

constructing direct preconditioner

peak memory use 108,918k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 4.7e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 133/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,918k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 6e-16

residual norm: 1.5e-05 (36%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-18

residual norm: 4.4e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 134/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,918k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 6e-16

residual norm: 1.5e-05 (36%)

iter 2

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

constructing direct preconditioner

peak memory use 109,746k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 8e-18

residual norm: 4.2e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 135/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,746k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 9e-15

residual norm: 1.4e-05 (36%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-19

residual norm: 4.0e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 136/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 7e-17

residual norm: 1.4e-05 (37%)

iter 2

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

constructing direct preconditioner

peak memory use 109,711k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 3.7e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 137/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,711k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 5e-16

residual norm: 1.4e-05 (37%)

iter 2

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

constructing direct preconditioner

peak memory use 108,969k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 3.5e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 138/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,969k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 1.3e-05 (37%)

iter 2

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

constructing direct preconditioner

peak memory use 109,497k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 3.3e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 139/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,497k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 1.3e-05 (37%)

iter 2

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

constructing direct preconditioner

peak memory use 109,787k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-20

residual norm: 3.2e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 140/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,787k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 1.3e-05 (37%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 9e-20

residual norm: 3.0e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 141/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,792k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 1.2e-05 (37%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 8e-20

residual norm: 2.8e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 142/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,220k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 1.2e-05 (37%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-20

residual norm: 2.7e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 143/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 5e-17

residual norm: 1.2e-05 (37%)

iter 2

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

constructing direct preconditioner

peak memory use 109,401k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 2.6e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 144/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,401k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 1.2e-05 (37%)

iter 2

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

constructing direct preconditioner

peak memory use 109,701k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 8e-20

residual norm: 2.4e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 145/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,701k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-17

residual norm: 1.1e-05 (37%)

iter 2

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

constructing direct preconditioner

peak memory use 110,473k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 2.3e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 146/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 8e-17

residual norm: 1.1e-05 (38%)

iter 2

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

constructing direct preconditioner

peak memory use 109,234k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 4e-19

residual norm: 2.2e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 147/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,234k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 1.1e-05 (38%)

iter 2

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

constructing direct preconditioner

peak memory use 109,315k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 4e-18

residual norm: 2.1e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 148/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,315k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 6e-15

residual norm: 1.1e-05 (38%)

iter 2

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

constructing direct preconditioner

peak memory use 108,436k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 2.0e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 149/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-16

residual norm: 1.1e-05 (38%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 7e-20

residual norm: 1.9e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 150/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 1.0e-05 (38%)

iter 2

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

constructing direct preconditioner

peak memory use 110,011k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 6e-20

residual norm: 1.8e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 151/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,011k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 1.0e-05 (38%)

iter 2

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

constructing direct preconditioner

peak memory use 110,593k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-20

residual norm: 1.7e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 152/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 9e-17

residual norm: 9.9e-06 (38%)

iter 2

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

constructing direct preconditioner

peak memory use 109,816k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 6e-20

residual norm: 1.6e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 153/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-17

residual norm: 9.7e-06 (38%)

iter 2

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

constructing direct preconditioner

peak memory use 108,892k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-20

residual norm: 1.6e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 154/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-16

residual norm: 9.5e-06 (38%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-20

residual norm: 1.5e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 155/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-17

residual norm: 9.3e-06 (38%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-20

residual norm: 1.4e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 156/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,012k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 9.1e-06 (38%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-20

residual norm: 1.3e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 157/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-17

residual norm: 8.9e-06 (39%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 4e-20

residual norm: 1.3e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 158/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 8.8e-06 (39%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 4e-20

residual norm: 1.2e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 159/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,924k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 8.6e-06 (39%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 4e-20

residual norm: 1.2e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 160/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,999k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 8.4e-06 (39%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-20

residual norm: 1.1e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 161/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-17

residual norm: 8.3e-06 (39%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 4e-20

residual norm: 1.1e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 162/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 6e-17

residual norm: 8.1e-06 (39%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 4e-20

residual norm: 1.0e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 163/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-17

residual norm: 8.0e-06 (39%)

iter 2

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

constructing direct preconditioner

peak memory use 109,729k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-20

residual norm: 9.6e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 164/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,729k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 7.9e-06 (39%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 4e-20

residual norm: 9.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 165/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,262k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 7.7e-06 (39%)

iter 2

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

constructing direct preconditioner

peak memory use 109,649k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 5e-20

residual norm: 8.8e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 166/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,649k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 7.6e-06 (39%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-20

residual norm: 8.5e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 167/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-17

residual norm: 7.5e-06 (39%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-20

residual norm: 8.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 168/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,800k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 7.4e-06 (39%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-20

residual norm: 7.8e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 169/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 6e-17

residual norm: 7.2e-06 (39%)

iter 2

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

constructing direct preconditioner

peak memory use 110,457k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-20

residual norm: 7.5e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 170/750

velocity divergence: 3e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,457k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 7.1e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,606k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 7.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 171/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,606k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 7.0e-06 (40%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-20

residual norm: 6.9e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 172/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,639k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 6.9e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 110,697k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 6.7e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 173/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,697k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 5e-16

residual norm: 6.8e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,824k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 8e-20

residual norm: 6.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 174/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 8e-17

residual norm: 6.7e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,928k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 6e-19

residual norm: 6.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 175/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,928k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 6.6e-06 (40%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-20

residual norm: 6.0e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 176/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 9e-17

residual norm: 6.5e-06 (40%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 7e-20

residual norm: 5.8e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 177/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,164k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 6.4e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 108,913k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 5e-20

residual norm: 5.6e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 178/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-17

residual norm: 6.4e-06 (40%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-20

residual norm: 5.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 179/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 6e-17

residual norm: 6.3e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 108,729k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 9e-20

residual norm: 5.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 180/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,729k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 6.2e-06 (40%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-20

residual norm: 5.0e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 181/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-17

residual norm: 6.1e-06 (40%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 2e-20

residual norm: 4.9e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 182/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,567k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 6.0e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,348k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 4.7e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 183/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,348k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 5.9e-06 (40%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-20

residual norm: 4.5e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 184/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,446k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 8e-17

residual norm: 5.9e-06 (40%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-20

residual norm: 4.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 185/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.9e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 5.8e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 110,010k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 4.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 186/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.9e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,010k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 5.7e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 110,010k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 4.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 187/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.8e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 6e-17

residual norm: 5.6e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 109,269k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 5e-20

residual norm: 4.0e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 188/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.8e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,269k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 5.6e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 109,313k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 3.8e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 189/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.8e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 5.5e-06 (41%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-20

residual norm: 3.7e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 190/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.7e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,591k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 5.4e-06 (41%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-20

residual norm: 3.6e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 191/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.7e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,586k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 5.3e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 110,230k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 3.5e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 192/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.6e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-17

residual norm: 5.3e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 109,989k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 3.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 193/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.6e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 5.2e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 110,124k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 3.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 194/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.6e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 5.1e-06 (41%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 2e-20

residual norm: 3.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 195/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,839k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 5.0e-06 (41%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 4e-20

residual norm: 3.0e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 196/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 5e-17

residual norm: 5.0e-06 (41%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-20

residual norm: 2.9e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 197/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,890k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 4.9e-06 (41%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-20

residual norm: 2.8e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 198/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,890k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 4.8e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 110,117k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 2.7e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 199/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,117k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 4.8e-06 (41%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 2e-20

residual norm: 2.7e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 200/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,869k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 4.7e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 109,167k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 2.6e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 201/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,167k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 4.6e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 108,427k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 2.5e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 202/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,427k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 4.6e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 110,429k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 2.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 203/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.2e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 4.5e-06 (42%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 2.3e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 204/750

velocity divergence: 3e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.2e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 4.4e-06 (42%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 2e-20

residual norm: 2.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 205/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,673k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 4.4e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 110,673k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 2.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 206/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.1e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 4.3e-06 (42%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 2e-20

residual norm: 2.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 207/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.1e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-17

residual norm: 4.3e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 109,136k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 2.0e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 208/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.1e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 9e-17

residual norm: 4.2e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 110,132k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 6e-20

residual norm: 1.9e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 209/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.0e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-17

residual norm: 4.1e-06 (42%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 1.9e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 210/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.0e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 4.1e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 111,136k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 8e-20

residual norm: 1.8e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 211/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.0e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-16

residual norm: 4.0e-06 (42%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 1.8e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 212/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.9e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,409k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 4.0e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 109,561k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 1.7e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 213/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.9e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,561k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 3.9e-06 (42%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 1.6e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 214/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.9e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 3.9e-06 (42%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 1.6e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 215/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.8e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 3.8e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 108,896k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 1.5e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 216/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.8e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 3.8e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 109,252k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 1.5e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 217/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.8e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 6e-17

residual norm: 3.7e-06 (42%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 1.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 218/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.7e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 3.7e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 109,636k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 4e-20

residual norm: 1.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 219/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.7e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,636k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 3.6e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 109,783k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 4e-20

residual norm: 1.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 220/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.7e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 8e-17

residual norm: 3.6e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 110,255k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 1.3e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 221/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.7e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 3.5e-06 (43%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 1.3e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 222/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.6e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 3.5e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 109,366k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 1.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 223/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.6e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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-17

residual norm: 3.4e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 109,333k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 1.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 224/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.6e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,333k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 3.4e-06 (43%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 1.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 225/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 3.3e-06 (43%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 1.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 226/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,110k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 3.3e-06 (43%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 1.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 227/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 3.3e-06 (43%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 1.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 228/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.4e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 3.2e-06 (43%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 1.0e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 229/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,322k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 3.2e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 110,252k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 1.0e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 230/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.4e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 3.1e-06 (43%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 9.7e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 231/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.3e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 3.1e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 109,648k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 9.5e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 232/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,648k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 3.1e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 110,191k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 9.2e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 233/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.3e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 3.0e-06 (43%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 8.9e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 234/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.2e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 3.0e-06 (43%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 8.7e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 235/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.2e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 2.9e-06 (44%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 8.4e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 236/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,490k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.9e-06 (44%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 8.2e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 237/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.2e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 2.9e-06 (44%)

iter 2

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

constructing direct preconditioner

peak memory use 108,762k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 7.9e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 238/750

velocity divergence: 2e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.1e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 2.8e-06 (44%)

iter 2

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

constructing direct preconditioner

peak memory use 109,872k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 7.7e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 239/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.1e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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-17

residual norm: 2.8e-06 (44%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 7.5e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 240/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.1e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 2.8e-06 (44%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 9e-21

residual norm: 7.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 241/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.0e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 2.7e-06 (44%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 7.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 242/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.0e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 2.7e-06 (44%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 6.9e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 243/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.0e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 2.7e-06 (44%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 6.7e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 244/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.0e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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-17

residual norm: 2.6e-06 (44%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 6.5e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 245/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.9e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 2.6e-06 (44%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 6.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 246/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.9e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 2.6e-06 (44%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 6.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 247/750

velocity divergence: 3e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.9e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 2.5e-06 (44%)

iter 2

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

constructing direct preconditioner

peak memory use 109,903k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 9e-21

residual norm: 5.9e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 248/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.8e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,903k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.5e-06 (44%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 8e-21

residual norm: 5.8e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 249/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.8e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 2.5e-06 (44%)

iter 2

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

constructing direct preconditioner

peak memory use 109,359k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 5.6e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 250/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.8e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,359k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.4e-06 (44%)

iter 2

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

constructing direct preconditioner

peak memory use 109,865k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 5.4e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 251/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.8e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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-17

residual norm: 2.4e-06 (44%)

iter 2

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

constructing direct preconditioner

peak memory use 110,212k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 5.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 252/750

velocity divergence: 3e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.7e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,212k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 2.4e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 110,080k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 5.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 253/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.7e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,080k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 2.4e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 108,591k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-21

residual norm: 5.0e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 254/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.7e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 2.3e-06 (45%)

iter 2

solving 12072 dof system to tolerance 1e-10 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-20

residual norm: 4.9e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 255/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.6e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-17

residual norm: 2.3e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 109,493k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 4.7e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 256/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.6e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,493k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 2.3e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 109,493k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 4.6e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 257/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.6e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 4e-17

residual norm: 2.2e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 109,493k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 4.5e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 258/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.6e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,493k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 2.2e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 108,405k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 8e-19

residual norm: 4.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 259/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-15

residual norm: 2.2e-06 (45%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 7e-21

residual norm: 4.2e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 260/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 2.2e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 110,603k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 4.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 261/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,603k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 2.1e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 108,311k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 4.0e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 262/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 2.1e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 109,393k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 3.9e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 263/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.4e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 2.1e-06 (45%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 8e-21

residual norm: 3.8e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 264/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.4e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 2.1e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 109,727k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-21

residual norm: 3.7e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 265/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,727k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.1e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 109,935k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 5e-20

residual norm: 3.6e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 266/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.3e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 9e-16

residual norm: 2.0e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 109,491k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-21

residual norm: 3.5e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 267/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.3e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 2.0e-06 (45%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 8e-21

residual norm: 3.4e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 268/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.3e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 2.0e-06 (45%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 7e-21

residual norm: 3.4e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 269/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.3e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 2.0e-06 (45%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 7e-21

residual norm: 3.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 270/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.3e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 2.0e-06 (45%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-21

residual norm: 3.2e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 271/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.2e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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-17

residual norm: 1.9e-06 (45%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-21

residual norm: 3.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 272/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.2e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.9e-06 (46%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 3.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 273/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.2e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.9e-06 (46%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-21

residual norm: 3.0e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 274/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,518k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.9e-06 (46%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-21

residual norm: 2.9e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 275/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.1e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.9e-06 (46%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-21

residual norm: 2.8e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 276/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,946k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.8e-06 (46%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-21

residual norm: 2.8e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 277/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.1e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.8e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 110,302k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-21

residual norm: 2.7e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 278/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,302k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.8e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 108,943k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 2.7e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 279/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.1e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.8e-06 (46%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 2.6e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 280/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.0e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 3e-17

residual norm: 1.8e-06 (46%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 2.6e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 281/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.0e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,943k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.8e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 109,775k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 2.5e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 282/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.0e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,775k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.7e-06 (46%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 2.5e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 283/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.0e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,775k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.7e-06 (46%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 2.4e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 284/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.0e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.7e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 110,292k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 2.4e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 285/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.9e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,292k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.7e-06 (46%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-21

residual norm: 2.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 286/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.9e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.7e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 109,600k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 2.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 287/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.9e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.7e-06 (46%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 7e-21

residual norm: 2.2e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 288/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.9e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,019k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.7e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 110,058k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 2.2e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 289/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.9e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.6e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 111,740k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-21

residual norm: 2.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 290/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.8e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.6e-06 (46%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-21

residual norm: 2.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 291/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.8e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.6e-06 (46%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 7e-21

residual norm: 2.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 292/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.8e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.6e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 109,831k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 2.0e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 293/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.8e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.6e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 109,739k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 6e-21

residual norm: 2.0e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 294/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.8e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,739k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.6e-06 (46%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-21

residual norm: 2.0e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 295/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.8e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.6e-06 (46%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.9e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 296/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.7e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.5e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 109,085k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-21

residual norm: 1.9e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 297/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.7e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,085k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.5e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 1.9e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 298/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.7e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.5e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 1.9e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 299/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.7e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,696k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 1.5e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.8e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 300/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.7e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.5e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 109,598k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 9e-21

residual norm: 1.8e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 301/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.7e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.5e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 110,075k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-21

residual norm: 1.8e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 302/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.7e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.5e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.7e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 303/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.7e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.5e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 110,139k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-21

residual norm: 1.7e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 304/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.6e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.5e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 110,139k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 1.7e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 305/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.6e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.5e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.7e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 306/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.6e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.4e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 109,771k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 1.7e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 307/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.6e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,771k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 1.4e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 8e-21

residual norm: 1.6e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 308/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.6e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,771k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 1.4e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.6e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 309/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.6e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.4e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.6e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 310/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.6e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.4e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.6e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 311/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.6e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.4e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 109,962k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 1.5e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 312/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.6e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,962k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.4e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 4e-21

residual norm: 1.5e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 313/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.6e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.4e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.5e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 314/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.6e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.4e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 109,002k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 1.5e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 315/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.4e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 108,880k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 1.5e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 316/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,880k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.4e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 109,400k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 1.4e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 317/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,400k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.3e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.4e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 318/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.3e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.4e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 319/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.3e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.4e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 320/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.3e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-21

residual norm: 1.4e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 321/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.3e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-21

residual norm: 1.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 322/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.3e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 109,598k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 1.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 323/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,598k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.3e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 324/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.3e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 325/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.3e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 326/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,642k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.3e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.2e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 327/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.3e-06 (47%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.2e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 328/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,779k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.3e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,076k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 1.2e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 329/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.3e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,185k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-21

residual norm: 1.2e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 330/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.2e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,129k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 1.2e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 331/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.2e-06 (48%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 332/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.2e-06 (48%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 333/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.2e-06 (48%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 334/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.2e-06 (48%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 335/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,300k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.2e-06 (48%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 336/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.2e-06 (48%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.0e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 337/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.2e-06 (48%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 1.0e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 338/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.2e-06 (48%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 4e-21

residual norm: 1.0e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 339/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.2e-06 (48%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 9.9e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 340/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.2e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,866k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 9.8e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 341/750

velocity divergence: 2e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 2e-17

residual norm: 1.2e-06 (48%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 9.6e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 342/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.2e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 110,207k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-21

residual norm: 9.5e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 343/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,207k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.2e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,523k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-21

residual norm: 9.3e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 344/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,523k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.2e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 9.1e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 345/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,786k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 9.0e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 346/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,448k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 6e-21

residual norm: 8.9e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 347/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,448k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-21

residual norm: 8.7e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 348/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 111,124k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,442k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 8.6e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 349/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,442k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,442k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 8.4e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 350/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,442k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,368k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 8.3e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 351/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,368k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,091k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 8.2e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 352/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,091k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,091k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 8.0e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 353/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,091k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 110,526k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 7.9e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 354/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,526k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 108,347k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-21

residual norm: 7.8e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 355/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,347k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,446k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 7.6e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 356/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,446k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,181k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 7.5e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 357/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,181k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 110,223k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 7.4e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 358/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,223k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 110,223k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 7.2e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 359/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,223k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 110,223k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 9e-21

residual norm: 7.1e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 360/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,223k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,322k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 7.0e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 361/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,322k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 4e-21

residual norm: 6.8e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 362/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,800k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,123k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 6.7e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 363/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,123k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 110,244k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 6.6e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 364/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,244k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 108,990k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 6.5e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 365/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,990k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 108,990k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 6.4e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 366/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,990k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 108,990k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 6.2e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 367/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,990k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,060k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 6.1e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 368/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,060k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,060k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 6.0e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 369/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,060k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 110,690k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 5.9e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 370/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,690k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 110,682k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 5.8e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 371/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,682k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (49%)

iter 2

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

constructing direct preconditioner

peak memory use 109,699k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 5.7e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 372/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,699k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 1.0e-06 (49%)

iter 2

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

constructing direct preconditioner

peak memory use 110,017k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 5.6e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 373/750

velocity divergence: 2e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,017k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (49%)

iter 2

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

constructing direct preconditioner

peak memory use 110,281k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 5.6e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 374/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,281k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.0e-06 (49%)

iter 2

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

constructing direct preconditioner

peak memory use 110,202k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-21

residual norm: 5.5e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 375/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,202k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (49%)

iter 2

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

constructing direct preconditioner

peak memory use 108,979k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 9e-21

residual norm: 5.4e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 376/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,979k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (49%)

iter 2

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

constructing direct preconditioner

peak memory use 110,887k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 5.4e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 377/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,887k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.0e-06 (49%)

iter 2

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

constructing direct preconditioner

peak memory use 109,106k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 5.4e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 378/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,106k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.0e-06 (49%)

iter 2

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

constructing direct preconditioner

peak memory use 111,838k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 5.3e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 379/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 111,838k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (49%)

iter 2

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

constructing direct preconditioner

peak memory use 111,838k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 5.3e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 380/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 111,838k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,038k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 5.3e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 381/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,038k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,129k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 5.3e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 382/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,129k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,129k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 5.3e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 383/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,129k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,818k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 5.4e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 384/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,818k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,648k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 5.4e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 385/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.2e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 112,942k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 5.4e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 386/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 112,942k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 112,942k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 5.5e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 387/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 112,942k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 112,942k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 5.5e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 388/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 112,942k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 112,942k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 5.6e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 389/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 112,942k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 108,191k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 5.7e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 390/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,191k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,365k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 5.7e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 391/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,365k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,367k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 5.8e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 392/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,367k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,367k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 5.9e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 393/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,367k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,154k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 6.0e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 394/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,154k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,154k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 6.0e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 395/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,154k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,302k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 6.1e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 396/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,302k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.0e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,145k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 6.2e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 397/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,145k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,685k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 6.3e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 398/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,685k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,492k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 6.4e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 399/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,492k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 110,413k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 6.5e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 400/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,413k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 110,047k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 9e-21

residual norm: 6.6e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 401/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,047k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,969k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 6.7e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 402/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,969k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,601k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-21

residual norm: 6.8e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 403/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,601k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 108,581k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 6.9e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 404/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,581k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 108,581k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 6e-21

residual norm: 7.0e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 405/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,581k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 110,665k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 7.1e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 406/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,665k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 110,665k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 7.3e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 407/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,665k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,054k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 7.4e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 408/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,054k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,054k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 7.5e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 409/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,054k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 110,590k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 7.6e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 410/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,590k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,919k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 7.8e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 411/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,919k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,800k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 7.9e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 412/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.3e-03

iter 1

solving 12072 dof system to tolerance 1e-10 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 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,396k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 8.0e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 413/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,396k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.1e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 110,432k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 8.2e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 414/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,432k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.2e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,431k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-21

residual norm: 8.4e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 415/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,431k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.2e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 108,402k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 8.5e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 416/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,402k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.2e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 108,402k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 8.7e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 417/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,402k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.2e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,883k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 8.9e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 418/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,883k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.2e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 110,300k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-21

residual norm: 9.1e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 419/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,300k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.3e-06 (48%)

iter 2

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

constructing direct preconditioner

peak memory use 109,398k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 9.3e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 420/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.6e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,398k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.3e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 108,399k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-21

residual norm: 9.6e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 421/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.7e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,399k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.3e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 110,073k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-21

residual norm: 9.8e-14 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 422/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.7e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,073k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.3e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 109,201k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 1.0e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 423/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.8e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,201k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.4e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 109,509k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 1.0e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 424/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.9e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,509k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.4e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 108,678k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 1.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 425/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.9e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,678k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.4e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 109,317k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-21

residual norm: 1.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 426/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.0e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,317k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.5e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 109,281k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-21

residual norm: 1.2e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 427/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,281k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.5e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 109,019k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 1.2e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 428/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,019k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.5e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 108,946k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-21

residual norm: 1.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 429/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,946k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.6e-06 (47%)

iter 2

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

constructing direct preconditioner

peak memory use 108,946k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-21

residual norm: 1.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 430/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,946k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.6e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 109,351k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 1.4e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 431/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,351k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.7e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 109,351k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-21

residual norm: 1.4e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 432/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,351k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.7e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 109,792k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 1.5e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 433/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.6e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,792k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.8e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 110,002k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-21

residual norm: 1.6e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 434/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.7e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,002k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.8e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 109,867k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 9e-21

residual norm: 1.7e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 435/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.8e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,867k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.9e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 109,722k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-21

residual norm: 1.8e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 436/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.9e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,722k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.9e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 109,900k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 1.9e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 437/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.0e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,900k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.0e-06 (46%)

iter 2

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

constructing direct preconditioner

peak memory use 109,334k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 8e-21

residual norm: 2.0e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 438/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,334k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.0e-06 (45%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 9e-21

residual norm: 2.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 439/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,838k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.1e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 108,305k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 2.2e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 440/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.3e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,305k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 2.2e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 108,305k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 2.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 441/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,305k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 2.2e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 109,951k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-21

residual norm: 2.5e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 442/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.6e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,951k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.3e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 109,951k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-21

residual norm: 2.6e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 443/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.7e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,951k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.3e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 108,806k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 2.8e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 444/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.8e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,806k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 2.4e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 110,417k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 2.9e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 445/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.9e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,417k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.5e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 109,718k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 3.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 446/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.0e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,718k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 2.5e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 108,923k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 3.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 447/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.1e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,923k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.6e-06 (45%)

iter 2

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

constructing direct preconditioner

peak memory use 109,526k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 3.4e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 448/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.2e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,526k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.7e-06 (44%)

iter 2

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

constructing direct preconditioner

peak memory use 109,684k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 3.6e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 449/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.4e-03

iter 1

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

constructing direct preconditioner

peak memory use 109,684k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.7e-06 (44%)

iter 2

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

constructing direct preconditioner

peak memory use 110,016k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 3.8e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 450/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.5e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,016k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.8e-06 (44%)

iter 2

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

constructing direct preconditioner

peak memory use 108,942k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 4.1e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 451/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.6e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,942k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 2.9e-06 (44%)

iter 2

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

constructing direct preconditioner

peak memory use 108,942k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 4.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 452/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.7e-03

iter 1

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

constructing direct preconditioner

peak memory use 108,942k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.9e-06 (44%)

iter 2

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

constructing direct preconditioner

peak memory use 110,265k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 4.5e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 453/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.8e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,265k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 3.0e-06 (44%)

iter 2

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

constructing direct preconditioner

peak memory use 110,265k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 4.8e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 454/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.9e-03

iter 1

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

constructing direct preconditioner

peak memory use 110,265k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 3.1e-06 (44%)

iter 2

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

constructing direct preconditioner

peak memory use 109,607k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 5.0e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 455/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,607k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 3.2e-06 (44%)

iter 2

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

constructing direct preconditioner

peak memory use 110,677k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 5.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 456/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,677k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 3.2e-06 (44%)

iter 2

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

constructing direct preconditioner

peak memory use 109,529k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 5.6e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 457/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,529k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 3.3e-06 (44%)

iter 2

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

constructing direct preconditioner

peak memory use 109,283k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 5.9e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 458/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,283k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 3.4e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 109,176k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 6.2e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 459/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,176k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 3.5e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 109,038k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 6.6e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 460/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,038k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 3.5e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 110,015k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 7.0e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 461/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,015k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 3.6e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 109,590k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 7.4e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 462/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,590k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 3.7e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 109,080k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 7.8e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 463/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,080k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 3.8e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 108,919k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 8.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 464/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,919k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 3.9e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 108,919k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 8.7e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 465/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,919k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 4.0e-06 (43%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 1e-20

residual norm: 9.3e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 466/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,333k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 4.0e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 109,214k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 9.8e-13 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 467/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,214k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 4.1e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 109,087k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 1.0e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 468/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,087k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 4.2e-06 (43%)

iter 2

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

constructing direct preconditioner

peak memory use 108,982k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 1.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 469/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,982k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 4.3e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 110,223k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 1.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 470/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,223k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 4.4e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 109,933k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 1.3e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 471/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,933k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 4.5e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 108,744k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 1.3e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 472/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,744k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 4.6e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 109,015k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 1.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 473/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,015k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 4.7e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 109,789k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 1.5e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 474/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,789k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 4.8e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 109,591k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 1.6e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 475/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,591k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 4.9e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 109,119k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 1.7e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 476/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,119k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 5.0e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 109,043k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 1.8e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 477/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,043k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 5.1e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 108,901k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 1.9e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 478/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,901k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 5.2e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 109,226k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 2.0e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 479/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,226k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 5.3e-06 (42%)

iter 2

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

constructing direct preconditioner

peak memory use 109,216k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 2.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 480/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,216k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-17

residual norm: 5.4e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 109,141k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 2.3e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 481/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,141k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 5.6e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 109,424k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 2.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 482/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,424k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 5.7e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 108,760k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 2.6e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 483/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,760k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 5.8e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 109,299k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 2.7e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 484/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,299k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 5.9e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 109,299k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 2.9e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 485/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,299k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 6.0e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 109,960k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 3.0e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 486/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,960k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 6.1e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 110,122k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 3.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 487/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,122k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 6.2e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 110,204k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 3.3e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 488/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,204k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 6.4e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 108,882k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 3.5e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 489/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,882k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 6.5e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 108,045k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 3.6e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 490/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,045k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 6.6e-06 (41%)

iter 2

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

constructing direct preconditioner

peak memory use 109,488k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 3.8e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 491/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,488k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 6.7e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 108,888k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 3.9e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 492/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,888k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 6.8e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,675k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 4.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 493/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,675k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 6.9e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 108,719k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 4.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 494/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,719k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 7.0e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 108,719k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 4.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 495/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,719k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 7.1e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 110,146k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 4.5e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 496/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,146k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 7.2e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 108,704k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 4.6e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 497/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,704k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 7.3e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,007k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 4.7e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 498/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,007k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 7.4e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,446k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 4.8e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 499/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,446k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 7.4e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,147k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 4.9e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 500/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,147k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 7.5e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,485k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 5e-20

residual norm: 5.0e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 501/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,485k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 7.6e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 108,093k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 5.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 502/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,093k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 7.6e-06 (40%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 2e-20

residual norm: 5.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 503/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,163k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.7e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,514k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 5.3e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 504/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,514k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 7.7e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,146k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 5.3e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 505/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,146k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 7.8e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 108,580k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 5.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 506/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,580k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 7.8e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 107,872k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-20

residual norm: 5.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 507/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 107,872k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 7.9e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 110,064k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 1e-18

residual norm: 5.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 508/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,064k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 1e-14

residual norm: 7.9e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 108,743k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 5.5e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 509/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,743k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.9e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,685k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 5.5e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 510/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,685k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 7.9e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,822k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 5.5e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 511/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,822k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 7.9e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,799k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 5.5e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 512/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,799k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 8.0e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 108,979k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 5.5e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 513/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,979k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 8.0e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,655k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 9e-20

residual norm: 5.5e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 514/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,655k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 8.0e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,800k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 5.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 515/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,800k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 8.0e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,554k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 5.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 516/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,554k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 8.0e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,272k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 5.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 517/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,272k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 8.0e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 108,935k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 5.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 518/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,935k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 8.0e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 108,564k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 5.3e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 519/750

velocity divergence: 2e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,564k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 8.0e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,121k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 5.3e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 520/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,121k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 8.0e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 110,033k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 5.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 521/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,033k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 8.0e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,574k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 5.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 522/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,574k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 8.1e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 110,543k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 5.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 523/750

velocity divergence: 2e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,543k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 8.1e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 108,637k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 5.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 524/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,637k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 8.2e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 108,816k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 5.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 525/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,816k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 8.3e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 110,443k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 5.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 526/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,443k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 8.4e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 108,389k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-20

residual norm: 5.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 527/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.6e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,389k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 8.5e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,951k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 5.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 528/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.6e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,951k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 8.7e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 110,459k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 5.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 529/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.6e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,459k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 8.9e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,799k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 5.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 530/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.6e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,799k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 9.1e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,209k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 5.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 531/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.7e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,209k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 9.4e-06 (40%)

iter 2

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

constructing direct preconditioner

peak memory use 109,419k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 5.3e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 532/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.7e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,419k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 9.7e-06 (39%)

iter 2

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

constructing direct preconditioner

peak memory use 110,069k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 5.4e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 533/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.7e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,069k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 1.0e-05 (39%)

iter 2

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

constructing direct preconditioner

peak memory use 109,026k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 5.6e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 534/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.8e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,026k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 1.0e-05 (39%)

iter 2

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

constructing direct preconditioner

peak memory use 109,196k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-20

residual norm: 5.8e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 535/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.8e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,196k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 1.1e-05 (39%)

iter 2

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

constructing direct preconditioner

peak memory use 108,977k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-20

residual norm: 6.2e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 536/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.8e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,977k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 6e-17

residual norm: 1.1e-05 (39%)

iter 2

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

constructing direct preconditioner

peak memory use 109,088k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-20

residual norm: 6.6e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 537/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.9e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,088k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 1.2e-05 (39%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 4e-20

residual norm: 7.1e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 538/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.9e-02

iter 1

solving 12072 dof system to tolerance 1e-10 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 5e-17

residual norm: 1.2e-05 (39%)

iter 2

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

constructing direct preconditioner

peak memory use 109,266k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-20

residual norm: 7.6e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 539/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.9e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,266k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 1.3e-05 (38%)

iter 2

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

constructing direct preconditioner

peak memory use 109,678k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-20

residual norm: 8.3e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 540/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,678k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 1.3e-05 (38%)

iter 2

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

constructing direct preconditioner

peak memory use 109,694k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-20

residual norm: 9.0e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 541/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.0e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,694k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 1.4e-05 (38%)

iter 2

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

constructing direct preconditioner

peak memory use 109,308k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-20

residual norm: 9.8e-12 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 542/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,308k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 1.5e-05 (38%)

iter 2

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

constructing direct preconditioner

peak memory use 109,253k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-20

residual norm: 1.1e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 543/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.1e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,253k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 1.5e-05 (38%)

iter 2

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

constructing direct preconditioner

peak memory use 109,993k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-20

residual norm: 1.2e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 544/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,993k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 1.6e-05 (38%)

iter 2

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

constructing direct preconditioner

peak memory use 108,585k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-20

residual norm: 1.3e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 545/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 108,585k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 1.7e-05 (37%)

iter 2

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

constructing direct preconditioner

peak memory use 110,349k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-20

residual norm: 1.4e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 546/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.2e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,349k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 1.8e-05 (37%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 6e-20

residual norm: 1.5e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 547/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,173k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-17

residual norm: 1.8e-05 (37%)

iter 2

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

constructing direct preconditioner

peak memory use 110,667k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 8e-20

residual norm: 1.7e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 548/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.3e-02

iter 1

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

constructing direct preconditioner

peak memory use 110,667k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 1.9e-05 (37%)

iter 2

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

constructing direct preconditioner

peak memory use 109,527k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-20

residual norm: 1.8e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 549/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.4e-02

iter 1

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

constructing direct preconditioner

peak memory use 109,527k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 2.0e-05 (37%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,638k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-20

residual norm: 1.9e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 550/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,951k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 2.1e-05 (37%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,570k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-20

residual norm: 2.1e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 551/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,570k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-17

residual norm: 2.1e-05 (36%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,853k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-20

residual norm: 2.3e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 552/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,853k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 2.2e-05 (36%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,028k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-20

residual norm: 2.4e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 553/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,028k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 2.3e-05 (36%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,289k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-20

residual norm: 2.6e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 554/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,289k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 2.4e-05 (36%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,653k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-20

residual norm: 2.8e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 555/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,653k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 6e-17

residual norm: 2.5e-05 (36%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,027k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 3.0e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 556/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,027k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 2.6e-05 (36%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,778k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 3.2e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 557/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.8e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,778k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 2.6e-05 (36%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,068k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 9e-20

residual norm: 3.4e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 558/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.8e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,068k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 2.7e-05 (36%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,693k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 3.6e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 559/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.9e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,693k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 2.8e-05 (36%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,093k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 3.8e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 560/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.9e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,093k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 8e-17

residual norm: 2.9e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,903k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 9e-20

residual norm: 3.9e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 561/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 2.9e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,903k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 3.0e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,117k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 9e-20

residual norm: 4.1e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 562/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,117k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 6e-17

residual norm: 3.0e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,745k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 8e-20

residual norm: 4.3e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 563/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,745k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 3.1e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,506k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 8e-20

residual norm: 4.5e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 564/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,506k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 3.2e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,220k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 4.7e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 565/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,220k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 3.3e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,693k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 4.9e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 566/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,693k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 8e-17

residual norm: 3.4e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,035k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 4e-19

residual norm: 5.1e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 567/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,035k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 3.4e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,319k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 5.3e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 568/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.3e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,319k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 3.5e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,502k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 5.6e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 569/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.3e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,502k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 8e-17

residual norm: 3.6e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,235k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 5.8e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 570/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.3e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,235k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 3.7e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,767k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 6.1e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 571/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,767k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 3.7e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,431k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 6.4e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 572/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,431k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 7e-17

residual norm: 3.8e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,918k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 6.7e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 573/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,918k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 3.9e-05 (35%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,519k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 7.0e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 574/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,519k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 4.0e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,978k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 7.4e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 575/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,978k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 4.1e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,411k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 7.8e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 576/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,411k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 4.2e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,220k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 8.3e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 577/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,220k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 4.2e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,906k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 8.9e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 578/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,906k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 4.3e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,533k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 9.6e-11 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 579/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,533k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 4.4e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,766k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 1.0e-10 (100%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,766k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-25

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 580/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,766k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 4.5e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,894k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 1.1e-10 (99%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,894k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-25

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 581/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.8e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,894k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 8e-17

residual norm: 4.6e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,723k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 1.2e-10 (99%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,723k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-25

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 582/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.8e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,723k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 8e-17

residual norm: 4.7e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,759k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 1.3e-10 (99%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,759k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-25

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 583/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.9e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,759k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 4.9e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,335k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 1.4e-10 (98%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,335k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-25

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 584/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.9e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,335k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 5.0e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,623k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 1.5e-10 (98%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,623k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-25

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 585/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 3.9e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,623k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 5.1e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,259k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 1.6e-10 (98%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,259k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-25

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 586/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,259k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 5.2e-05 (34%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,219k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 1.8e-10 (97%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,219k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-25

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 587/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,219k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 5.3e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,976k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 1.9e-10 (97%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,976k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 9e-25

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 588/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,976k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 5.5e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,099k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 4e-19

residual norm: 2.0e-10 (97%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,099k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 589/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,099k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 5.6e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,034k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 2.1e-10 (96%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,034k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-25

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 590/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,034k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 5.7e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,084k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 2.2e-10 (96%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,084k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-25

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 591/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,084k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 5.8e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,177k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 8e-19

residual norm: 2.4e-10 (96%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,177k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 592/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,177k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 6.0e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,458k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-19

residual norm: 2.5e-10 (95%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,458k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 7e-25

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 593/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,458k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 6.1e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,722k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 7e-19

residual norm: 2.6e-10 (95%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,722k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 594/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,722k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 6.2e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,841k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 2.7e-10 (95%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,841k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-25

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 595/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,841k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 6.3e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,533k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 2.9e-10 (95%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,533k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 596/750

velocity divergence: 3e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.3e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,533k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 6.4e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,606k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 1e-18

residual norm: 3.0e-10 (94%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,606k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 597/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.3e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,606k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 6.6e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,070k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 2e-18

residual norm: 3.1e-10 (94%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,070k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 1e-23

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 598/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.3e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,070k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 6e-16

residual norm: 6.7e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,952k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 3.3e-10 (94%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,952k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 599/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.3e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,952k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 6.8e-05 (33%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,973k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 3.5e-10 (94%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,973k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 600/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,973k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 8e-17

residual norm: 6.9e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,505k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 3.6e-10 (94%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,505k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-24

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 601/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,505k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 8e-17

residual norm: 7.0e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,368k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 3.8e-10 (93%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,368k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 602/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,368k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.0e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,246k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 3.9e-10 (93%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,246k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 603/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,246k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.1e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,377k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 4.1e-10 (93%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,377k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 9e-25

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 604/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,377k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 8e-17

residual norm: 7.2e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,214k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 4.2e-10 (93%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,214k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 605/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,214k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 7.3e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,981k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 4.3e-10 (93%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,981k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-24

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 606/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,981k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.3e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,536k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 4.4e-10 (93%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,536k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 607/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,536k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.4e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,798k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 4.5e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,798k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 608/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,798k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.4e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 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

residual norm: 4.5e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 1e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 609/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,191k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.5e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,548k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 4.5e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,548k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 610/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,548k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.5e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,751k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-19

residual norm: 4.5e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,751k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 611/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,751k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.5e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,512k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 4.6e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,512k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 5e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 612/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,512k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 7.6e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,088k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 4.6e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,088k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 613/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,088k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 7.6e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,328k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-19

residual norm: 4.6e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,328k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 614/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,328k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 7.6e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,422k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-19

residual norm: 4.6e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,422k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 615/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,422k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 7.6e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 3e-19

residual norm: 4.7e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 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 2e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 616/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.8e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,816k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.6e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,246k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 4.7e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,246k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 617/750

velocity divergence: 2e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.8e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,246k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.6e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,890k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 4.8e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,890k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 618/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.8e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,890k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.6e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,419k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 4.8e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,419k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 619/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.8e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,419k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 8e-17

residual norm: 7.7e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,619k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 4.9e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,619k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 620/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.9e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,619k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.7e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,381k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 5.0e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,381k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 6e-24

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 621/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.9e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,381k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.7e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,195k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-19

residual norm: 5.0e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,195k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 1e-23

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 622/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 4.9e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,195k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 6e-16

residual norm: 7.7e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,551k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 5.1e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,551k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 623/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 5.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,551k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 7.7e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,467k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 5e-19

residual norm: 5.1e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,467k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 4e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 624/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 5.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,467k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 7.7e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,560k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-19

residual norm: 5.2e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,560k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 625/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 5.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,560k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.7e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,999k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-18

residual norm: 5.4e-10 (92%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,999k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 6e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 626/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 5.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,999k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 7.8e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,801k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 5e-19

residual norm: 5.6e-10 (91%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,801k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 5e-24

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 627/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 5.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,801k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 6e-16

residual norm: 7.8e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,689k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-19

residual norm: 5.8e-10 (91%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,689k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 628/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 5.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,689k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 7.9e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,548k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 5e-19

residual norm: 6.1e-10 (91%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,548k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 629/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 5.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,548k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 8.0e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,604k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 5e-19

residual norm: 6.4e-10 (91%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,604k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 4e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 630/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 5.3e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,604k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 8.1e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,150k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-19

residual norm: 6.6e-10 (91%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,150k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 631/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 5.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,150k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 8.2e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,038k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-19

residual norm: 6.8e-10 (90%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,038k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 632/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 5.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,038k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-16

residual norm: 8.4e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,554k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-19

residual norm: 7.1e-10 (90%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,554k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-24

residual norm: 1.8e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 633/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 5.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,554k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 8.6e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,685k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-19

residual norm: 7.5e-10 (90%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,685k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 634/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 5.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,685k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 8.8e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,450k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 6e-19

residual norm: 8.1e-10 (90%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,450k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-23

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 635/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 5.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,450k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 9.0e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,540k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 5e-19

residual norm: 8.7e-10 (89%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,540k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 636/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 5.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,540k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 9.3e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,979k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 3e-18

residual norm: 9.2e-10 (89%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,979k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-23

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 637/750

velocity divergence: 3e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 5.8e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,979k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 9.5e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,691k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 6e-19

residual norm: 9.5e-10 (89%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,691k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 9e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 638/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 5.9e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,691k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 9.9e-05 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,211k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-19

residual norm: 9.8e-10 (89%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,211k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 639/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,211k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 1.0e-04 (32%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,095k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-19

residual norm: 1.0e-09 (88%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,095k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 9e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 640/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,095k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 5e-16

residual norm: 1.1e-04 (31%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,492k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-19

residual norm: 1.1e-09 (88%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,492k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 641/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,492k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 1.1e-04 (31%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,990k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-19

residual norm: 1.2e-09 (88%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,990k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 642/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.3e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,990k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 7e-16

residual norm: 1.2e-04 (31%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,754k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-19

residual norm: 1.3e-09 (87%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,754k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-23

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 643/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,754k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 1.2e-04 (31%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,368k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-19

residual norm: 1.3e-09 (87%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,368k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 644/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,368k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 1.3e-04 (31%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,438k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-19

residual norm: 1.4e-09 (87%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,438k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 645/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,438k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 1.3e-04 (31%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,449k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-19

residual norm: 1.4e-09 (87%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,449k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-24

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 646/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,449k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 1.4e-04 (30%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,577k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-19

residual norm: 1.5e-09 (87%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,577k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 647/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 6.8e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,577k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 1.5e-04 (30%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,556k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-19

residual norm: 1.6e-09 (86%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,556k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 8e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 648/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,556k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 1.5e-04 (30%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,037k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 9e-19

residual norm: 1.8e-09 (86%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,037k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-23

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 649/750

velocity divergence: 3e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,037k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 5e-16

residual norm: 1.6e-04 (30%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,762k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 9e-19

residual norm: 1.9e-09 (86%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,762k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 8e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 650/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,762k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 1.7e-04 (30%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,367k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-19

residual norm: 2.1e-09 (85%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,367k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-23

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 651/750

velocity divergence: 2e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,367k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 1.8e-04 (29%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,269k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-19

residual norm: 2.3e-09 (85%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,269k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-24

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 652/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,269k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 1.9e-04 (29%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,516k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-19

residual norm: 2.6e-09 (84%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,516k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-24

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 653/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,516k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 2.0e-04 (29%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,394k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-19

residual norm: 2.9e-09 (83%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,394k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 9e-24

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 654/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 7.8e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,394k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 7e-16

residual norm: 2.1e-04 (29%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,490k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-18

residual norm: 3.3e-09 (83%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,490k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 4e-23

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 655/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,490k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 2.2e-04 (29%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,380k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 6e-17

residual norm: 3.8e-09 (82%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,380k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 5e-22

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 656/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.1e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,380k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 2.4e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,774k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-19

residual norm: 4.5e-09 (81%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,774k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-23

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 657/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.3e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,774k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 2.5e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,834k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-18

residual norm: 5.3e-09 (81%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,834k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-23

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 658/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.4e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,834k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 2.7e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,126k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 6.2e-09 (80%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,126k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 5e-22

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 659/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,126k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 2.8e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,022k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-18

residual norm: 7.4e-09 (79%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,022k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 1e-22

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 660/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,022k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 3.0e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,750k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-18

residual norm: 8.7e-09 (78%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,750k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-22

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 661/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 8.9e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,750k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 7e-16

residual norm: 3.1e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,714k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 8e-19

residual norm: 1.0e-08 (78%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,714k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 9e-23

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 662/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.0e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,714k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 3.3e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,011k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-18

residual norm: 1.2e-08 (77%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,011k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-23

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 663/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.2e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,011k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 3.4e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,727k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-18

residual norm: 1.4e-08 (76%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,727k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 9e-23

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 664/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.3e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,727k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 3.6e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,615k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 1.6e-08 (75%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,615k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 2e-21

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 665/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.5e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,615k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 5e-15

residual norm: 3.8e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,882k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 6e-17

residual norm: 1.8e-08 (75%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,882k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 666/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.6e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,882k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 3.9e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,720k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-18

residual norm: 2.1e-08 (74%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,720k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 667/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.7e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,720k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 6e-16

residual norm: 4.0e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,110k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-18

residual norm: 2.3e-08 (74%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,110k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 5e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 668/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 9.9e-02

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,110k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 4.2e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,370k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-18

residual norm: 2.5e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,370k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 669/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,370k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 4.3e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,603k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 2.7e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,603k

residual decreased by 11.7 orders using 0 krylov vectors

solver returned with residual 6e-20

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 670/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,603k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 4.4e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,775k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 4e-18

residual norm: 2.9e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,775k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 671/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,775k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 4.5e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,241k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-18

residual norm: 3.1e-08 (72%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,241k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-22

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 672/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,241k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 4.6e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,093k

residual decreased by 12.0 orders using 0 krylov vectors

solver returned with residual 5e-16

residual norm: 3.3e-08 (72%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,093k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 673/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.0e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,093k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 1e-14

residual norm: 4.7e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,262k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-18

residual norm: 3.4e-08 (72%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,262k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 674/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,262k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 4.8e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,787k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-18

residual norm: 3.6e-08 (72%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,787k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 675/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,787k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 4.9e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,284k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-18

residual norm: 3.8e-08 (71%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,284k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-22

residual norm: 1.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 676/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,284k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 5.0e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,673k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-18

residual norm: 4.0e-08 (71%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,673k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 677/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-01

iter 1

solving 12072 dof system to tolerance 1e-10 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-16

residual norm: 5.1e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,502k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-18

residual norm: 4.1e-08 (71%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,502k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 678/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,502k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 5.2e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,360k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 4e-18

residual norm: 4.2e-08 (71%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,360k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 679/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,360k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 5.2e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,607k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-18

residual norm: 4.3e-08 (71%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,607k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 680/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,607k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 5.3e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,204k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 5e-18

residual norm: 4.4e-08 (71%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,204k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 681/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.1e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,204k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 5.4e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,635k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 4e-18

residual norm: 4.5e-08 (71%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,635k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 682/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,635k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-16

residual norm: 5.4e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,518k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 4e-18

residual norm: 4.4e-08 (71%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,518k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 683/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,518k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-16

residual norm: 5.5e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,857k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 4.3e-08 (71%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,857k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 6e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 684/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,857k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-16

residual norm: 5.5e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,479k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 6e-18

residual norm: 4.1e-08 (71%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,309k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 2e-21

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 685/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,309k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 5.6e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,040k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 3.9e-08 (71%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,040k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 1e-21

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 686/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,040k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 5.6e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,419k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 3.7e-08 (72%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,419k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 3e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 687/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,419k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 5.6e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,464k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 3.5e-08 (72%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,464k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 688/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,464k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 5.7e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,335k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 4e-18

residual norm: 3.2e-08 (72%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,335k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 689/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,335k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-16

residual norm: 5.7e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,339k

residual decreased by 12.1 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 3.1e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,339k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 690/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.2e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,339k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 1e-14

residual norm: 5.7e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-18

residual norm: 2.9e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,824k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 5e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 691/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,824k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-16

residual norm: 5.7e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,731k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 4e-18

residual norm: 2.8e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,731k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 692/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,731k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-16

residual norm: 5.7e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 112,046k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 6e-18

residual norm: 2.7e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 112,046k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 1e-21

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 693/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 112,046k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 5.7e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,423k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 2.7e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,280k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 694/750

velocity divergence: 3e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,280k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-16

residual norm: 5.7e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,405k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 4e-18

residual norm: 2.7e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,405k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 695/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,405k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 5.7e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,667k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.7e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,667k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 6e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 696/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,667k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 5.7e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,596k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 8e-18

residual norm: 2.7e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,596k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 697/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,596k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 5.7e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,192k

residual decreased by 11.9 orders using 0 krylov vectors

solver returned with residual 7e-16

residual norm: 2.6e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,192k

residual decreased by 12.2 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 698/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,192k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 5.7e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,835k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 5e-18

residual norm: 2.6e-08 (74%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,835k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 4e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 699/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.3e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,835k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-16

residual norm: 5.6e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,580k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 4e-18

residual norm: 2.5e-08 (74%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,580k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 3e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 700/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,580k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 9e-16

residual norm: 5.6e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,694k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 2.5e-08 (74%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,694k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 1e-21

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 701/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,694k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 5.5e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,063k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 2.4e-08 (74%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,063k

residual decreased by 12.8 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 702/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,063k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 1e-14

residual norm: 5.5e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,876k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 5e-18

residual norm: 2.3e-08 (74%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,876k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 703/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,876k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 5.4e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,712k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-18

residual norm: 2.2e-08 (74%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,712k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 704/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 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 7e-16

residual norm: 5.3e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,804k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 2.1e-08 (75%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,804k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 9e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 705/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,804k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 5.3e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,978k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 6e-17

residual norm: 2.0e-08 (75%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,978k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 5e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 706/750

velocity divergence: 7e-09

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,978k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 6e-15

residual norm: 5.2e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,222k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 7e-18

residual norm: 1.9e-08 (75%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,222k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 707/750

velocity divergence: 2e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,222k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 5.1e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,462k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 3e-16

residual norm: 1.8e-08 (75%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,462k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 708/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,462k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 5.1e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,387k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 8e-18

residual norm: 1.7e-08 (76%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,387k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 5e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 709/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,387k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 5.0e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,009k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 1.6e-08 (76%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,190k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 1e-21

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 710/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,190k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 5e-14

residual norm: 4.9e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,508k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 9e-18

residual norm: 1.5e-08 (76%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,508k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 5e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 711/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,508k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 4.8e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,246k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 1.5e-08 (76%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,246k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 4e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 712/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,246k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 4.8e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,846k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 1.4e-08 (77%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,846k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 6e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 713/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,846k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 4.7e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,519k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 1.3e-08 (77%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,519k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 6e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 714/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,519k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 4.6e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,976k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 8e-18

residual norm: 1.3e-08 (77%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,976k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-23

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 715/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,976k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-16

residual norm: 4.5e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,095k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 4e-18

residual norm: 1.2e-08 (77%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,095k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-23

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 716/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,095k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 4.5e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,922k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 8e-18

residual norm: 1.2e-08 (77%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,501k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 6e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 717/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,501k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 4.4e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,900k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 6e-18

residual norm: 1.2e-08 (77%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,900k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-23

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 718/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,900k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-16

residual norm: 4.4e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,263k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 9e-18

residual norm: 1.2e-08 (77%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,263k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 719/750

velocity divergence: 3e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,263k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 8e-16

residual norm: 4.3e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,898k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.3e-08 (77%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,732k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 6e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 720/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.4e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,732k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-16

residual norm: 4.3e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,504k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 7e-18

residual norm: 1.4e-08 (77%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,504k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 4e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 721/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,504k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-16

residual norm: 4.2e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,708k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.6e-08 (76%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,708k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 2e-22

residual norm: 2.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 722/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,708k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 8e-16

residual norm: 4.2e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,054k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 1.8e-08 (75%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,054k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 5e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 723/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,054k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 4.2e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,484k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 9e-18

residual norm: 1.9e-08 (75%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,484k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 3e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 724/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,484k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 4.2e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,225k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 4e-18

residual norm: 2.2e-08 (75%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,225k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 3e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 725/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,225k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 4.2e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,406k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 2.4e-08 (74%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,406k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 9e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 726/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,406k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 4.3e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,659k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 5e-17

residual norm: 2.7e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,659k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 1e-21

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 727/750

velocity divergence: 2e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 111,659k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 4.3e-04 (28%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,211k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 8e-18

residual norm: 2.9e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,211k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 728/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,211k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 4.4e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,260k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 2.9e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,260k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 9e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 729/750

velocity divergence: 8e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,260k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-16

residual norm: 4.5e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,932k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 6e-18

residual norm: 3.1e-08 (73%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,932k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 5e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 730/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,932k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 4.6e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,367k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 3.3e-08 (72%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,180k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 8e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 731/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,180k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 4.8e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,620k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 3.6e-08 (72%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,620k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 2e-21

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 732/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,620k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 8e-15

residual norm: 4.9e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,558k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 3.7e-08 (72%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,558k

residual decreased by 11.6 orders using 0 krylov vectors

solver returned with residual 9e-20

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 733/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,558k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 7e-14

residual norm: 5.1e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,484k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 3.7e-08 (72%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,484k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 734/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,484k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 5.3e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,388k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 3.9e-08 (72%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,388k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 8e-22

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 735/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,388k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 5.5e-04 (27%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,353k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 6e-17

residual norm: 4.2e-08 (71%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,353k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 2.1e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 736/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,353k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 7e-15

residual norm: 5.7e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,780k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 4e-17

residual norm: 4.6e-08 (71%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,780k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 2.3e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 737/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,780k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 5.9e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,561k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 4.9e-08 (71%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,561k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 2.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 738/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,561k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 6.1e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,720k

residual decreased by 11.3 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 5.2e-08 (70%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,908k

residual decreased by 13.0 orders using 0 krylov vectors

solver returned with residual 5e-21

residual norm: 2.3e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 739/750

velocity divergence: 4e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,908k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 5e-15

residual norm: 6.3e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,628k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 4e-18

residual norm: 5.5e-08 (70%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,628k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-22

residual norm: 2.5e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 740/750

velocity divergence: 6e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,628k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-16

residual norm: 6.5e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,118k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 6.0e-08 (70%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,118k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 2.6e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 741/750

velocity divergence: 7e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,118k

residual decreased by 12.5 orders using 0 krylov vectors

solver returned with residual 5e-14

residual norm: 6.6e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,523k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 7e-18

residual norm: 6.4e-08 (69%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,523k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 2.8e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 742/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,523k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 6.8e-04 (26%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,817k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 9e-17

residual norm: 6.7e-08 (69%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,817k

residual decreased by 12.3 orders using 0 krylov vectors

solver returned with residual 3e-20

residual norm: 3.0e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 743/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,817k

residual decreased by 12.9 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 6.9e-04 (25%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 112,201k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 6.9e-08 (69%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 112,201k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 7e-22

residual norm: 3.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 744/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 112,201k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 7.0e-04 (25%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,109k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 7.1e-08 (69%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,109k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 3e-21

residual norm: 3.2e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 745/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,109k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 7.1e-04 (25%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,653k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 1e-17

residual norm: 7.3e-08 (69%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,269k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 3e-22

residual norm: 3.3e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 746/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,269k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-16

residual norm: 7.2e-04 (25%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,243k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 9e-18

residual norm: 7.4e-08 (69%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,927k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 9e-22

residual norm: 3.4e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 747/750

velocity divergence: 5e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 108,927k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 7.2e-04 (25%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,082k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 3e-17

residual norm: 7.4e-08 (69%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,082k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 4e-21

residual norm: 3.6e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 748/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,082k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 6e-15

residual norm: 7.2e-04 (25%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,627k

residual decreased by 12.7 orders using 0 krylov vectors

solver returned with residual 2e-16

residual norm: 7.3e-08 (69%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,627k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 2e-20

residual norm: 3.8e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 749/750

velocity divergence: 1e-07

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 110,627k

residual decreased by 12.6 orders using 0 krylov vectors

solver returned with residual 4e-14

residual norm: 7.2e-04 (25%)

iter 2

solving 12072 dof system to tolerance 1e-10 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 5e-18

residual norm: 7.2e-08 (69%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,129k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 5e-22

residual norm: 3.9e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

timestep 750/750

velocity divergence: 9e-08

solve

solving for argument u (8118) and p (4059) using newton method

iter 0

residual norm: 1.5e-01

iter 1

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,129k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 8e-16

residual norm: 7.1e-04 (25%)

iter 2

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,181k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 2e-17

residual norm: 7.2e-08 (69%)

iter 3

solving 12072 dof system to tolerance 1e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 109,181k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 9e-22

residual norm: 3.8e-15 (100%)

locate

locate detected linear geometry: x = [0. 0.] + [0.06346652 0.06346652] xi ~[2.22044605e-16 8.88178420e-16]

flow.png

finish 2025-04-10 02:32:54, elapsed 4:18:43