////////////////// Start of input data ////////////////// 





########### section 1 choice of differencing scheme ###########
scheme:                         h
scheme_turb:                    h


########### section 2 turbulence models ###########
cmu:                          0.09
kom:                          False
keps:                         False
EARSM:                        False
PINN:                         False


########### section 3 restart/save ###########
restart:                      True
save:                         True


########### section 4 fluid properties ###########
viscos:                       1.00e-03


########### section 5 relaxation factors ###########
urfvis:                       0.5
urf_vel:                      0.5
urf_p:                        1.0
urf_k:                        0.5


########### section 6 number of iteration and convergence criterira ###########
sormax:                       1e-08
maxit:                        1000
solver_pp:                    direct
solver_vel:                   direct
solver_turb:                  gmres
nsweep_vel:                   50
nsweep_pp:                    50
nsweep_turb:                  1
convergence_limit_u:          -1e-06
convergence_limit_v:          -1e-06
convergence_limit_pp:         0.0005
convergence_limit_k:          -1e-06
convergence_limit_om:         -1e-06


########### section 7 all variables are printed during the iteration at node ###########
imon:                         50
jmon:                         30


########### section 8 time-averaging ###########


########### section 9 residual scaling parameters ###########
resnorm_p:                    2.0
resnorm_vel:                  2.0


########### Section 10 grid and boundary conditions ###########
ni:                           60
nj:                           60
cyclic_x:                     False




------boundary conditions for u
     u_bc_west_type:               d
     u_bc_east_type:               d
     u_bc_west[0]:                 0.0
     u_bc_east[0]:                 0.0
     u_bc_south_type:              d
     u_bc_north_type:              d
     u_bc_south[0]:                0.0
     u_bc_north[0]:                1.0
------boundary conditions for v
     v_bc_west_type:               d
     v_bc_east_type:               d
     v_bc_west[0]:                 0.0
     v_bc_east[0]:                 0.0
     v_bc_south_type:              d
     v_bc_north_type:              d
     v_bc_south[0]:                0.0
     v_bc_north[0]:                0.0
------boundary conditions for k
     k_bc_west_type:               d
     k_bc_east_type:               d
     k_bc_west[0]:                 0.01
     k_bc_east[0]:                 0.0
     k_bc_south_type:              d
     k_bc_north_type:              n
     k_bc_south[0]:                0.0



 ////////////////// End of input data //////////////////



hostname:  tfd152.am.chalmers.se
read_restart_data called
hybrid scheme, prand= 1
calcu called
solve_2d called
solver_local direct
nmax 50
solver in solve_2d: direct solver
residual history in solve_2d: initial residual:  1.99e-08              final residual: 1.99e-08                    delta_phi: 9.06e-08
time u: 1.23e-02
calcv called
solve_2d called
solver_local direct
nmax 50
solver in solve_2d: direct solver
residual history in solve_2d: initial residual:  1.98e-08              final residual: 1.98e-08                    delta_phi: 8.77e-08
time v: 5.22e-03
area_out 2.0
flow_in 0.0 flow_out 0.0 area_out 2.0 flow_out_new 0.0 uinc: 0.0
calcp called
solve_2d called
solver_local direct
nmax 50
solver in solve_2d: direct solver
residual history in solve_2d: initial residual:  3.26e-09              final residual: 3.26e-09                    delta_phi: 3.30e-08
correct_u_v_p called
area_out 2.0
flow_in 0.0 flow_out 0.0 area_out 2.0 flow_out_new 0.0 uinc: 0.0
time pp: 6.00e-03

--iter:0, max residual:9.94e-09, u:9.94e-09, v:9.92e-09, cont:1.63e-09, k:0.00e+00, om:0.00e+00, eps:0.00e+00


monitor iteration:   0, u:-6.79e-02, v:-4.14e-01, p:-3.33e-02, k: 1.00e+00, om: 1.00e-10, eps: 1.00e-10

kmax 1.0

---iter:  0, umax: 9.18e-01, vismax: 1.00e+00, kmin: 1.00e+00, ommin: 1.00e-10, epsmmin: 1.00e-10

time one iteration: 2.37e-02
residual history in solve_2d: initial residual:  1.96e-08              final residual: 1.96e-08                    delta_phi: 8.97e-08
time u: 5.28e-03
residual history in solve_2d: initial residual:  1.96e-08              final residual: 1.96e-08                    delta_phi: 8.61e-08
time v: 5.25e-03
area_out 2.0
flow_in 0.0 flow_out 0.0 area_out 2.0 flow_out_new 0.0 uinc: 0.0
residual history in solve_2d: initial residual:  3.20e-09              final residual: 3.20e-09                    delta_phi: 3.21e-08
area_out 2.0
flow_in 0.0 flow_out 0.0 area_out 2.0 flow_out_new 0.0 uinc: 0.0
time pp: 6.04e-03

--iter:1, max residual:9.80e-09, u:9.80e-09, v:9.79e-09, cont:1.60e-09, k:0.00e+00, om:0.00e+00, eps:0.00e+00


monitor iteration:   1, u:-6.79e-02, v:-4.14e-01, p:-3.33e-02, k: 1.00e+00, om: 1.00e-10, eps: 1.00e-10

kmax 1.0

---iter:  1, umax: 9.18e-01, vismax: 1.00e+00, kmin: 1.00e+00, ommin: 1.00e-10, epsmmin: 1.00e-10

time one iteration: 1.67e-02
save_data called
program reached normal stop
