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





########### section 1 choice of differencing scheme ###########
scheme:                         c
scheme_turb:                    u
acrank:                         1.0
acrank_conv:                    0.5
acrank_conv_keps:               1
acrank_conv_kom:                1


########### section 2 turbulence models ###########
cmu:                          0.09
pans:                         False
keps:                         False
kom_des:                      False
keps_des:                     False
k_eq_les:                     False
kom:                          False
sst:                          False
smag:                         False
wale:                         False


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


########### section 4 fluid properties ###########
viscos:                       2.00e-03


########### section 5 relaxation factors ###########
urfvis:                       0.5


########### section 6 number of iteration and convergence criterira ###########
sormax:                       0.001
norm_order:                   2
maxit:                        5
min_iter:                     1
solver_vel:                   lgmres
solver_p:                     pyamg
coeff_v:                      False
coeff_w:                      False
embedded:                     False
solver_turb:                  lgmres
amg_relax:                    default
amg_cycle:                    V
nsweep_vel:                   50
nsweep_keps:                  5
nsweep_kom:                   5
convergence_limit_u:          1e-05
convergence_limit_v:          1e-05
convergence_limit_w:          1e-05
convergence_limit_p:          0.0005


########### section 7 all variables are printed during the iteration at node ###########
imon:                         0
jmon:                         0
kmon:                         0


########### section 8 time-averaging ###########
ntstep:                       20000
dt[0]:                        8.33e-04
itstep_start:                 10000
itstep_save:                  2000
itstep_stats:                 1


########### section 9 residual scaling parameters ###########
resnorm_p:                    64.0
resnorm_vel:                  1280.0


########### Section 10 grid and boundary conditions ###########
ni:                           96
nj:                           96
nk:                           96
dz:                           1.67e-02


cyclic_x:                     True
cyclic_z:                     True


------boundary conditions for u
     u_bc_south_type:              d
     u_bc_north_type:              d
     u_bc_south[0,0]:              0.0
     u_bc_north[0,0]:              0.0
------boundary conditions for v
     v_bc_south_type:              d
     v_bc_north_type:              d
     v_bc_south[0,0]:              0.0
     v_bc_north[0,0]:              0.0
------boundary conditions for w
     w_bc_south_type:              d
     w_bc_north_type:              d
     w_bc_south[0,0]:              0.0
     w_bc_north[0,0]:              0.0
------boundary conditions for p
     p_bc_south_type:              n
     p_bc_north_type:              n



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



hostname:  lada-Alienware-x17-R1
read_restart_data called
conv called
CDS scheme, prand= 1
calcu called
solve_3d called
nmax,acrank_conv_local 50 0.5
solver in solve_3d: lgmres,tol,atol 1e-05 1e-05
residual history in solve_3d: initial residual:  2.35e+00              final residual: 3.23e-03                    delta_phi: 2.91e+00
time solve_3d: 4.92e-01
time u: 5.63e-01
calcv called
solve_3d called
nmax,acrank_conv_local 50 0.5
solver in solve_3d: lgmres,tol,atol 1e-05 1e-05
residual history in solve_3d: initial residual:  2.48e+00              final residual: 1.39e-04                    delta_phi: 1.10e+00
time solve_3d: 6.17e-01
time v: 6.47e-01
calcw called
solve_3d called
nmax,acrank_conv_local 50 0.5
solver in solve_3d: lgmres,tol,atol 1e-05 1e-05
residual history in solve_3d: initial residual:  2.63e+00              final residual: 1.56e-04                    delta_phi: 1.34e+00
time solve_3d: 6.75e-01
time w: 7.01e-01
conv called
calcp called
solve_p called
relation method= default
A and M computed,tol_conv= 0.0005
cyclic_x cyclic_z
Command terminated by signal 2
14.94user 0.78system 0:03.18elapsed 493%CPU (0avgtext+0avgdata 1125552maxresident)k
8inputs+16outputs (9major+409284minor)pagefaults 0swaps
////////////////// Start of input data ////////////////// 





########### section 1 choice of differencing scheme ###########
scheme:                         c
scheme_turb:                    u
acrank:                         1.0
acrank_conv:                    0.5
acrank_conv_keps:               1
acrank_conv_kom:                1


########### section 2 turbulence models ###########
cmu:                          0.09
pans:                         False
keps:                         False
kom_des:                      False
keps_des:                     False
k_eq_les:                     False
kom:                          False
sst:                          False
smag:                         False
wale:                         False


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


########### section 4 fluid properties ###########
viscos:                       2.00e-03


########### section 5 relaxation factors ###########
urfvis:                       0.5


########### section 6 number of iteration and convergence criterira ###########
sormax:                       0.001
norm_order:                   2
maxit:                        5
min_iter:                     1
solver_vel:                   lgmres
solver_p:                     pyamg
coeff_v:                      False
coeff_w:                      False
embedded:                     False
solver_turb:                  lgmres
amg_relax:                    default
amg_cycle:                    V
nsweep_vel:                   50
nsweep_keps:                  5
nsweep_kom:                   5
convergence_limit_u:          1e-05
convergence_limit_v:          1e-05
convergence_limit_w:          1e-05
convergence_limit_p:          0.0005


########### section 7 all variables are printed during the iteration at node ###########
imon:                         0
jmon:                         0
kmon:                         0


########### section 8 time-averaging ###########
ntstep:                       20000
dt[0]:                        8.33e-04
itstep_start:                 10000
itstep_save:                  2000
itstep_stats:                 1


########### section 9 residual scaling parameters ###########
resnorm_p:                    64.0
resnorm_vel:                  1280.0


########### Section 10 grid and boundary conditions ###########
ni:                           96
nj:                           96
nk:                           96
dz:                           1.67e-02


cyclic_x:                     True
cyclic_z:                     True


------boundary conditions for u
     u_bc_south_type:              d
     u_bc_north_type:              d
     u_bc_south[0,0]:              0.0
     u_bc_north[0,0]:              0.0
------boundary conditions for v
     v_bc_south_type:              d
     v_bc_north_type:              d
     v_bc_south[0,0]:              0.0
     v_bc_north[0,0]:              0.0
------boundary conditions for w
     w_bc_south_type:              d
     w_bc_north_type:              d
     w_bc_south[0,0]:              0.0
     w_bc_north[0,0]:              0.0
------boundary conditions for p
     p_bc_south_type:              n
     p_bc_north_type:              n



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



hostname:  lada-Alienware-x17-R1
read_restart_data called
conv called
CDS scheme, prand= 1
calcu called
solve_3d called
nmax,acrank_conv_local 50 0.5
solver in solve_3d: lgmres,tol,atol 1e-05 1e-05
residual history in solve_3d: initial residual:  2.35e+00              final residual: 3.23e-03                    delta_phi: 2.91e+00
time solve_3d: 4.92e-01
time u: 5.63e-01
calcv called
solve_3d called
nmax,acrank_conv_local 50 0.5
solver in solve_3d: lgmres,tol,atol 1e-05 1e-05
residual history in solve_3d: initial residual:  2.48e+00              final residual: 1.39e-04                    delta_phi: 1.10e+00
time solve_3d: 6.17e-01
time v: 6.47e-01
calcw called
solve_3d called
nmax,acrank_conv_local 50 0.5
solver in solve_3d: lgmres,tol,atol 1e-05 1e-05
residual history in solve_3d: initial residual:  2.63e+00              final residual: 1.56e-04                    delta_phi: 1.34e+00
time solve_3d: 6.75e-01
time w: 7.01e-01
conv called
calcp called
solve_p called
relation method= default
A and M computed,tol_conv= 0.0005
cyclic_x cyclic_z
Command terminated by signal 2
14.94user 0.78system 0:03.18elapsed 493%CPU (0avgtext+0avgdata 1125552maxresident)k
8inputs+16outputs (9major+409284minor)pagefaults 0swaps
