Console Output
+ source /etc/profile.d/larson-group.sh
++ export GIT_EDITOR=vi
++ GIT_EDITOR=vi
++ export SVN_EDITOR=vi
++ SVN_EDITOR=vi
++ export OMP_STACKSIZE=1048579
++ OMP_STACKSIZE=1048579
++ export LMOD_ROOT=/opt/lmod/
++ LMOD_ROOT=/opt/lmod/
++ source /opt/lmod//lmod/lmod/init/bash
+++ '[' -z '' ']'
+++ case "$-" in
+++ __lmod_vx=x
+++ '[' -n x ']'
+++ set +x
Shell debugging temporarily silenced: export LMOD_SH_DBG_ON=1 for this output (/usr/local/spack/opt/spack/linux-pop22-skylake_avx512/gcc-12.2.0/lmod-8.7.37-qorv6nkkjzyzntx6wbjupmoxrot26t6r/lmod/lmod/init/bash)
Shell debugging restarted
+++ unset __lmod_vx
+++ find /usr/local/spack/share/spack/lmod/linux-pop22-x86_64/Core -print -quit
++ export MODULEPATH=/usr/local/spack/share/spack/lmod/linux-pop22-x86_64/Core
++ MODULEPATH=/usr/local/spack/share/spack/lmod/linux-pop22-x86_64/Core
+ module load nvhpc netcdf-fortran mpich
+ '[' -z '' ']'
+ case "$-" in
+ __lmod_sh_dbg=x
+ '[' -n x ']'
+ set +x
Shell debugging temporarily silenced: export LMOD_SH_DBG_ON=1 for Lmod's output
Shell debugging restarted
+ unset __lmod_sh_dbg
+ return 0
+ ./runsam.bash 1
+ cat runsam.log
number of MPI tasks: 1
**************************************************
**************************************************
* *
* ***** ** *** ** *
* *** *** **** **** **** *
* *** *** *** *** ***** ***** *
* *** *** *** *** ** ** *** *
* *** *** *** *** ** ** *** *
* *** *** *** *** *** *** *
* *** *** *********** *** *** *
* *** *** *** *** *** *** *
* ***** *** *** *** *** *
* *
**************************************************
**************************************************
*** System for Atmospheric Modeling ***
*** SAM ***
Version 6.10.6 (May 2014)
**************************************************
*** (C) Marat Khairoutdinov ***
*** School of Marine and Atmospheric Sciences ***
*** Stony Brook University ***
**************************************************
*** The model can be used only with ***
*** permission from the author! ***
*** No transfer to any third party ***
*** is allowed! ***
**************************************************
*** DOUBLE-MOMENT VERSION OF ***
*** LIN MICROPHYSICS SCHEME ***
*** by Vaughan Phillips (GFDL, 2006) ***
*** (developed from single-moment version ***
*** by Lord et al., 1984, JAS, vol 41, 2836, ***
*** and Krueger et al, 1995, JAM, vol 34, 281)
*** Adapted by Mikhail Ovtchinnikov (PNNL, 2008)
**************************************************
*** Portions of this code ***
*** (C) UW Milwaukee 2008-2014 ***
*** Developed at the UWM Dept of ***
*** Mathematical Sciences under the ***
*** direction of Vincent E. Larson ***
*** vlarson@uwm.edu ***
**************************************************
**************************************************
**************************************************
*** DATE 02/28/25 TIME 03:46:05 ***
**************************************************
ios_missing_namelist = -1
ios for UWOPTIONS = -1
****************************************************
****** No UWOPTIONS namelist in prm file *********
****************************************************
surface pressure: 1017.800
Initial Sounding:
k z rho rhoi s h h* qt u v adz N
40 1580.0 1.014 1.016 305.34 311.87 341.09 2.62 9.79 -0.15 1.000 87.84
39 1540.0 1.017 1.019 305.18 311.84 341.32 2.68 9.62 -0.38 1.000 86.47
38 1500.0 1.021 1.023 305.03 311.82 341.53 2.73 9.45 -0.60 1.000 84.68
37 1460.0 1.025 1.027 304.86 311.81 341.72 2.79 9.28 -0.82 1.000 83.22
36 1420.0 1.029 1.031 304.69 311.81 341.90 2.86 9.11 -1.05 1.000 81.17
35 1380.0 1.033 1.035 304.51 311.80 342.05 2.93 8.93 -1.27 1.000 79.46
34 1340.0 1.038 1.040 304.32 311.81 342.17 3.01 8.76 -1.50 1.000 77.49
33 1300.0 1.042 1.044 304.12 311.82 342.26 3.09 8.59 -1.72 1.000 75.46
32 1260.0 1.046 1.048 303.92 311.84 342.32 3.18 8.42 -1.94 1.000 73.27
31 1220.0 1.050 1.052 303.69 311.86 342.33 3.28 8.25 -2.17 1.000 71.10
30 1180.0 1.054 1.057 303.46 311.89 342.29 3.39 8.07 -2.39 1.000 68.59
29 1140.0 1.059 1.061 303.21 311.93 342.20 3.51 7.90 -2.62 1.000 65.83
28 1100.0 1.063 1.065 302.93 311.96 342.03 3.63 7.73 -2.84 1.000 63.09
27 1060.0 1.068 1.070 302.63 312.00 341.77 3.77 7.56 -3.06 1.000 59.93
26 1020.0 1.072 1.075 302.30 312.04 341.40 3.91 7.39 -3.29 1.000 56.46
25 980.0 1.077 1.080 301.93 312.06 340.88 4.07 7.21 -3.51 1.000 52.47
24 940.0 1.082 1.085 301.49 312.06 340.15 4.24 7.04 -3.74 1.000 47.73
23 900.0 1.088 1.091 300.97 312.00 339.12 4.43 6.87 -3.96 1.000 41.83
22 860.0 1.094 1.098 300.29 311.82 337.56 4.63 6.70 -4.18 1.000 33.31
21 820.0 1.101 1.120 299.22 311.29 334.72 4.85 6.53 -4.41 1.000 11.23
20 780.0 1.139 1.141 291.50 311.61 311.61 9.45 6.35 -4.63 1.000 704.3
19 740.0 1.143 1.145 291.31 311.80 311.80 9.45 6.18 -4.86 1.000 724.1
18 700.0 1.147 1.149 291.12 311.98 311.98 9.45 6.01 -5.08 1.000 724.6
17 660.0 1.151 1.153 290.93 312.17 312.17 9.45 5.84 -5.30 1.000 715.3
16 620.0 1.155 1.156 290.74 312.36 312.36 9.45 5.67 -5.53 1.000 725.6
15 580.0 1.158 1.160 290.55 312.55 312.55 9.45 5.49 -5.75 1.000 711.5
14 540.0 1.162 1.165 290.35 312.74 312.74 9.45 5.32 -5.98 1.000 721.6
13 500.0 1.166 1.168 290.16 312.93 312.93 9.45 5.15 -6.20 1.000 722.1
12 460.0 1.170 1.172 289.96 313.12 313.12 9.45 4.98 -6.42 1.000 717.7
11 420.0 1.174 1.176 289.78 313.30 313.32 9.45 4.81 -6.65 1.000 733.2
10 380.0 1.178 1.180 289.78 313.29 313.82 9.45 4.63 -6.87 1.000 718.7
9 340.0 1.182 1.184 289.78 313.29 314.33 9.45 4.46 -7.10 1.000 719.2
8 300.0 1.186 1.188 289.77 313.29 314.85 9.45 4.29 -7.32 1.000 724.6
7 260.0 1.190 1.192 289.77 313.29 315.37 9.45 4.12 -7.54 1.000 725.1
6 220.0 1.194 1.196 289.77 313.28 315.91 9.45 3.95 -7.77 1.000 725.6
5 180.0 1.198 1.201 289.77 313.28 316.45 9.45 3.77 -7.99 1.000 721.1
4 140.0 1.203 1.205 289.76 313.28 317.01 9.45 3.60 -8.22 1.000 731.6
3 100.0 1.207 1.208 289.76 313.28 317.57 9.45 3.43 -8.44 1.000 717.3
2 60.0 1.211 1.213 289.76 313.28 318.14 9.45 3.26 -8.66 1.000 722.6
k z rho rhoi s h h* qt u v adz N
k z dz pres presi Tabs tp tpl qt Qc Qi REL
40 1580.00 40.00 844.76 846.75 289.91 304.23 304.23 2.6240 0.0000 0.0000 18.26
39 1540.00 40.00 848.75 850.74 290.15 304.07 304.07 2.6760 0.0000 0.0000 18.43
38 1500.00 40.00 852.75 854.75 290.38 303.90 303.90 2.7320 0.0000 0.0000 18.62
37 1460.00 40.00 856.76 858.77 290.60 303.73 303.73 2.7930 0.0000 0.0000 18.85
36 1420.00 40.00 860.79 862.81 290.82 303.55 303.55 2.8600 0.0000 0.0000 19.13
35 1380.00 40.00 864.84 866.87 291.03 303.36 303.36 2.9310 0.0000 0.0000 19.43
34 1340.00 40.00 868.90 870.94 291.24 303.17 303.17 3.0090 0.0000 0.0000 19.78
33 1300.00 40.00 872.98 875.03 291.43 302.96 302.96 3.0930 0.0000 0.0000 20.18
32 1260.00 40.00 877.08 879.13 291.61 302.75 302.75 3.1840 0.0000 0.0000 20.63
31 1220.00 40.00 881.19 883.25 291.78 302.52 302.52 3.2820 0.0000 0.0000 21.14
30 1180.00 40.00 885.32 887.39 291.94 302.27 302.27 3.3890 0.0000 0.0000 21.71
29 1140.00 40.00 889.46 891.54 292.07 302.01 302.01 3.5050 0.0000 0.0000 22.37
28 1100.00 40.00 893.63 895.71 292.19 301.73 301.73 3.6300 0.0000 0.0000 23.10
27 1060.00 40.00 897.81 899.90 292.28 301.42 301.42 3.7660 0.0000 0.0000 23.94
26 1020.00 40.00 902.01 904.11 292.34 301.08 301.08 3.9130 0.0000 0.0000 24.91
25 980.00 40.00 906.22 908.34 292.36 300.70 300.70 4.0720 0.0000 0.0000 26.01
24 940.00 40.00 910.46 912.59 292.31 300.25 300.25 4.2450 0.0000 0.0000 27.32
23 900.00 40.00 914.72 916.85 292.18 299.72 299.72 4.4320 0.0000 0.0000 28.91
22 860.00 40.00 919.00 921.15 291.89 299.02 299.02 4.6340 0.0000 0.0000 30.94
21 820.00 40.00 923.30 925.47 291.21 297.92 297.92 4.8540 0.0000 0.0000 34.02
20 780.00 40.00 927.70 929.94 283.89 290.04 288.34 9.4500 0.6848 0.0000 100.00
19 740.00 40.00 932.18 934.42 284.09 289.85 288.33 9.4500 0.6090 0.0000 100.00
18 700.00 40.00 936.67 938.92 284.29 289.65 288.33 9.4500 0.5331 0.0000 100.00
17 660.00 40.00 941.17 943.44 284.49 289.46 288.32 9.4500 0.4569 0.0000 100.00
16 620.00 40.00 945.70 947.97 284.68 289.26 288.32 9.4500 0.3805 0.0000 100.00
15 580.00 40.00 950.24 952.51 284.88 289.07 288.31 9.4500 0.3039 0.0000 100.00
14 540.00 40.00 954.79 957.07 285.08 288.87 288.31 9.4500 0.2271 0.0000 100.00
13 500.00 40.00 959.36 961.65 285.28 288.68 288.30 9.4500 0.1501 0.0000 100.00
12 460.00 40.00 963.94 966.24 285.47 288.48 288.30 9.4500 0.0728 0.0000 100.00
11 420.00 40.00 968.54 970.85 285.68 288.30 288.30 9.4500 0.0000 0.0000 99.88
10 380.00 40.00 973.16 975.47 286.07 288.30 288.30 9.4500 0.0000 0.0000 97.80
9 340.00 40.00 977.79 980.11 286.46 288.30 288.30 9.4500 0.0000 0.0000 95.77
8 300.00 40.00 982.44 984.77 286.84 288.30 288.30 9.4500 0.0000 0.0000 93.79
7 260.00 40.00 987.10 989.44 287.23 288.30 288.30 9.4500 0.0000 0.0000 91.86
6 220.00 40.00 991.78 994.13 287.62 288.30 288.30 9.4500 0.0000 0.0000 89.97
5 180.00 40.00 996.48 998.83 288.01 288.30 288.30 9.4500 0.0000 0.0000 88.12
4 140.00 40.00 1001.19 1003.55 288.40 288.30 288.30 9.4500 0.0000 0.0000 86.32
3 100.00 40.00 1005.91 1008.28 288.79 288.30 288.30 9.4500 0.0000 0.0000 84.57
2 60.00 40.00 1010.66 1013.03 289.17 288.30 288.30 9.4500 0.0000 0.0000 82.85
1 20.00 40.00 1015.41 1017.80 289.56 288.30 288.30 9.4500 0.0000 0.0000 81.17
k z dz pres presi Tabs tp tpl qt Qc Qi REL
Smagorinsky SGS Closure
CLUBB Parameterization
CLUBB configurable flags set in thread 0:
iiPDF_type = 1
ipdf_call_placement = 2
penta_solve_method = 1
tridiag_solve_method = 1
grid_remap_method = 1
grid_adapt_in_time_method = 0
l_use_precip_frac = T
l_predict_upwp_vpwp = T
l_min_wp2_from_corr_wx = F
l_min_xp2_from_corr_wx = T
l_C2_cloud_frac = F
l_diffuse_rtm_and_thlm = F
l_stability_correct_Kh_N2_zm = F
l_calc_thlp2_rad = T
l_upwind_xpyp_ta = T
l_upwind_xm_ma = T
l_uv_nudge = F
l_rtm_nudge = F
l_tke_aniso = T
l_vert_avg_closure = F
l_trapezoidal_rule_zt = F
l_trapezoidal_rule_zm = F
l_call_pdf_closure_twice = F
l_standard_term_ta = F
l_partial_upwind_wp3 = F
l_godunov_upwind_wpxp_ta = F
l_godunov_upwind_xpyp_ta = F
l_use_cloud_cover = F
l_diagnose_correlations = F
l_calc_w_corr = F
l_const_Nc_in_cloud = F
l_fix_w_chi_eta_correlations = T
l_stability_correct_tau_zm = F
l_damp_wp2_using_em = T
l_do_expldiff_rtm_thlm = F
l_Lscale_plume_centered = F
l_diag_Lscale_from_tau = T
l_use_C7_Richardson = T
l_use_C11_Richardson = F
l_use_shear_Richardson = F
l_brunt_vaisala_freq_moist = F
l_use_thvm_in_bv_freq = F
l_rcm_supersat_adj = T
l_damp_wp3_Skw_squared = T
l_prescribed_avg_deltaz = F
l_l When the l_diag_Lscale_from_tau flag is enabled, C2rt must have a value of 1.
C2rt = 2.000000000000000
Warning in check_clubb_settings_api
When the l_diag_Lscale_from_tau flag is enabled, C2thl must have a value of 1.
C2thl = 2.000000000000000
Warning in check_clubb_settings_api
When the l_diag_Lscale_from_tau flag is enabled, C2rtthl must have a value of 1.
C2rtthl = 2.000000000000000
Warning in check_clubb_settings_api
When the l_diag_Lscale_from_tau flag is enabled, C6rt must have a value of 1.
C6rt = 2.000000000000000
Warning in check_clubb_settings_api
When the l_diag_Lscale_from_tau flag is enabled, C6rtb must have a value of 1.
C6rtb = 2.000000000000000
Warning in check_clubb_settings_api
When the l_diag_Lscale_from_tau flag is enabled, C6thl must have a value of 1.
C6thl = 2.000000000000000
Warning in check_clubb_settings_api
When the l_diag_Lscale_from_tau flag is enabled, C6thlb must have a value of 1.
C6thlb = 2.000000000000000
Warning in check_clubb_settings_api
mm_stepping = F
l_e3sm_config = F
l_vary_convect_depth = F
l_use_tke_in_wp3_pr_turb_term = T
l_use_tke_in_wp2_wp3_K_dfsn = F
l_use_wp3_lim_with_smth_Heaviside = F
l_smooth_Heaviside_tau_wpxp = T
l_modify_limiters_for_cnvg_test = F
l_enable_relaxed_clipping = F
l_linearize_pbl_winds = F
l_mono_flux_lim_thlm = T
l_mono_flux_lim_rtm = T
l_mono_flux_lim_um = T
l_mono_flux_lim_vm = T
l_mono_flux_lim_spikefix = T
l_host_applies_sfc_fluxes = F
l_wp2_fill_holes_tke = T
l_add_dycore_grid = F
Initializeing forcing data...
sounding data: nsnd= 3 nzsnd= 320
Observed sounding interval (days): 0.000000 2000.000
forcing data: nlsf= 3 nzlsf= 320
Large-Scale Forcing interval (days): 0.000000 2000.000
surface forcing data: nsfc= 2
Surface Forcing interval (days): 0.000000 1.000000
Case: DYCOMS_RF02
Caseid: 4x1x128_16km_clubb_CEM
New Run.
Day: 0.000000
Model type: CEM
Finish at timestep: 6
Finish on day: 6.9444446E-04
Statistics file ouput frequency: 6 steps
Statistics file sampling: every 1 steps
printouts frequency: 480 steps
Adams-Bashforth scheme order: 3
Global Grid: 4 1 40
Local Grid: 4 1 40
Grid spacing (m) dx, dy, dz: 16000.00 16000.00 40.00000
Domain dimensions (m): 64000.00 16000.00 1580.000
dowallx= F
dowally= F
Timestep (sec): 10.00000
domain translation velocities ug, vg: 4.000000 -7.000000
do column model F
do convective parameterization F
do spange damping at the domain top: T
maintain grad. of scalars at the top: T
clouds are allowed: F
precipitation is allowed: T
smoke cloud F
SGS scheme is on: T
larger-scale subsidence is on: F
larger-scale tendency is on: T
coriolis force is allowed: T
vertical coriolis force is allowed: F
do f-plane approximation: T
Coriolis parameter (1/s): 7.5994343E-05
Vertical Coriolis parameter (1/s): 0.000000
longwave radiation: T
doradsimple = T
doradhomo = F
dosolarconstant = F
solar_constant = 685.0000
zenith_angle = 51.70000
doradlon = F
doradlat = F
Latitude0: 31.50000
Longitude0: 0.000000
rundatadir = ./RUNDATA
factor to change present CO2 concentration: nxco2= 1.000000
surface flux parameterization is on: T
Surface type: OCEAN
sensible heat flux prescribed: T
latent heat flux prescribed: T
surface stress prescribed: T
dosfchomo = F
doisccp = F
domodis = F
domisr = F
dosimfilesout= F
dodynamicocean = F
surface temperature prescribed: T
dossthomo = F
doseawater= F
salt_factor (satur. correction for salty water)= 1.000000
dotracers = F
output_sep = F
perturb_type = 1
doSAMconditionals = F
dosatupdnconditionals = F
doscamiopdata = F
iopfile:
dozero_out_day0 = F
nsave2D = 600
nsave2Dstart = 99997200
nsave2Dend = 99997200
save2Dbin = T
nsave3D = 3600
nsave3Dstart = 999997200
nsave3Dend = 999999999
save3Dbin = T
qnsave3D = 0.000000
docolumn = F
doensemble = F
nensemble = 0
nstatmom = 1
nstatmomstart = 999999999
nstatmomend = 999999999
savemombin = F
nmovie = 1000
nmoviestart = 99999999
nmovieend = 99999999
filepath./RUNDATA
rc_frac_1p0Em04
rr_frac_1p0Em04
Added 300 arrays to statistics for M2005 microphysics
Number of statistics profiles: 698
Statistics profiles to save:
PRES PMEAN U V UOBS VOBS WOBS RHO
MSE DSE SSE THETAE THETA THETAV THETAL TABS
TABSOBS TL QT QV QVOBS VWP TTEND QTEND
SHFLX LHFLX QCL QCI QPL QPI QN QP
QNFR FRACT QSAT QCOND PRECIP RELH TLFLUX TLFLUXS
TVFLUX QCFLUX QIFLUX SW SWSB UW UWSB VW
VWSB RADLWUP RADLWDN RADSWUP RADSWDN RADQRLW RADQRSW RADQR
RADQRS RADQRC Q1C Q1CC Q1CS Q1LS Q2 Q2C
Q2S Q2LS U2 U2BT V2 V2BT W2 TL2
TQ QT2 QC2 QI2 QS2 S2 W3 AUP
WSKEW TKE TKES TK TKH HLADV HLDFSN HLLAT
HLRAD QTADV QTDFSN QTSINK QTSRC QPADV QPDFSN QPFALL
QPSRC QPEVP SHEAR SHEARS BUOYA BUOYAS ADVTR PRESSTR
ADVTRS DIFTR SDMP BT DISSIP DISSIPS WUADV WVADV
WUPRES WVPRES WUANIZ WVANIZ WUSHEAR WVSHEAR WUBUOY WVBUOY
WUDFSN WVDFSN WUBT WVBT WUSDMP WVSDMP W2ADV W2PRES
W2PRESDFSN W2REDIS W2BUOY W2DFSN W2SDMP W2BT W3ADV W3PRES
W3PRESDFSN W3PRESSCR W3TP W3REDIS W3BUOY W3DFSN W3BT U2ADV
U2REDIS U2DFSN U2SHEAR V2ADV V2REDIS V2DFSN V2SHEAR TWGRAD
TWADV TWDFSN TWBUOY TWPRES TWPREC TWRAD TWFORC TWCLSD
TWSDMP TWBT THLWGRAD THLWADV THLWDFSN THLWBUOY THLWPRES THLWPREC
THLWRAD THLWFORC THLWCLSD THLWSDMP THLWBT QWGRAD QWADV QWDFSN
QWBUOY QWPRES QWPREC QWFORC QWCLSD QWSDMP QWBT QTOGWGRAD
QTOGWADV QTOGWDFSN QTOGWBUOY QTOGWPRES QTOGWPREC QTOGWFORC QTOGWCLSD QTOGWSDMP
QTOGWBT T2ADVTR T2GRAD T2DISSIP T2DIFTR T2PREC T2RAD T2FORC
T2CLSD T2BT THL2ADVTR THL2GRAD THL2DISSIP THL2DIFTR THL2PREC THL2RAD
THL2FORC THL2CLSD THL2BT Q2ADVTR Q2GRAD Q2DISSIP Q2DIFTR Q2PREC
Q2FORC Q2CLSD Q2BT QTOG2ADVTR QTOG2GRAD QTOG2DISSIP QTOG2DIFTR QTOG2PREC
QTOG2FORC QTOG2CLSD QTOG2BT QTHLADV QTHLGRAD QTHLDISSIP QTHLDIFTR QTHLPREC
QTHLRAD QTHLFORC QTHLCLSD QTHLBT QTHLTEND QTOSTOR HYDRO MCUP
MCDNS MCDNU MC CORE CORECL COREDN COREDNCL MCRUP
MCRDNS MCRDNU MCR QVTEND QHTEND QNUDGE THTEND TVTEND
TNUDGE WSTAR3 UADV VADV UDFSN VDFSN UNUDGE VNUDGE
ULSADVV VLSADVV USTOR VSTOR UTENDCOR URESID VTENDCOR VRESID
HLSTOR QTSTOR THLADV THLDFSN THLLAT THLRAD THLTEND THLSTOR
QTOGTEND TL3 QTO3 QTOG2 QTOG3 THEL2 THEL3 WM
RTM THLM WP2 RTP2 THLP2 WPRTP WPTHLP RTPTHLP
WP3 RTP3 THLP3 WP4 RTP4 THLP4 WP2RTP WP2THLP
WPRTP2 WPTHLP2 WPRTPTHLP WPRCP WP2RCP RTPRCP THLPRCP WPTHVP
WP2THVP RTPTHVP THLPTHVP WPTHRHOP WP2THRHOP RTPTHRHOP THLPTHRHOP RTSKEW
THLSKEW UPRCP UPRTP UPTHLP UPTHVP VPRCP VPRTP VPTHLP
VPTHVP SIGMAP WPPP WP2PP WPUP2 WPVP2 WPTKE WP2UP2
WP2VP2 WP2TKE PPTKE CLD WCLD UCLD VCLD MSECLD
DSECLD TLCLD TACLD TVCLD TVCLDA QTCLD QNCLD QPCLD
SCLD WCLDA TLWCLD TVWCLD SWCLD QTWCLD QCWCLD QIWCLD
HFCLD HFCLDA UCLDA VCLDA UPGFCLD VPGFCLD WPGFCLD UWCLD
VWCLD UWSBCLD VWSBCLD MFCLD MFHCLD MFHCLDA MFTLCLD MFTLCLDA
MFTVCLD MFTVCLDA MFQTCLD MFQTCLDA RUWCLD RVWCLD RWWCLD hl_on_Cp_res
QTFLUX QTO QTO2 QTOADV QTODFSN QTOLSADV QTOMPHY QTOSED
QTOSTO QTOFLX QTOFLXS QTOSDFLX NC NCADV NCDFSN NCLSADV
NCMPHY NCSED NCSTO NCFLX NCFLXS NCSDFLX QR QRADV
QRDFSN QRLSADV QRMPHY QRSED QRSTO QRFLX QRFLXS QRSDFLX
QRFRAC TAUQR QROEFFR NR NRADV NRDFSN NRLSADV NRMPHY
NRSED NRSTO NRFLX NRFLXS NRSDFLX QI QIADV QIDFSN
QILSADV QIMPHY QISED QISTO QIFLX QIFLXS QISDFLX QIFRAC
TAUQI QIOEFFR NI NIADV NIDFSN NILSADV NIMPHY NISED
NISTO NIFLX NIFLXS NISDFLX QS QSADV QSDFSN QSLSADV
QSMPHY QSSED QSSTO QSFLX QSFLXS QSSDFLX QSFRAC TAUQS
QSOEFFR NS NSADV NSDFSN NSLSADV NSMPHY NSSED NSSTO
NSFLX NSFLXS NSSDFLX QG QGADV QGDFSN QGLSADV QGMPHY
QGSED QGSTO QGFLX QGFLXS QGSDFLX QGFRAC TAUQG QGOEFFR
NG NGADV NGDFSN NGLSADV NGMPHY NGSED NGSTO NGFLX
NGFLXS NGSDFLX QC TAUQC QCOEFFR QVCLD QCCLD QTOCLD
NCCLD QRCLD NRCLD QICLD NICLD QSCLD NSCLD QGCLD
NGCLD PRC PRA PSMLT EVPMS PRACS EVPMG PRACG
PRE PGMLT MNUCCC PSACWS PSACWI QMULTS QMULTG PSACWG
PGSACW PRD PRCI PRAI QMULTR QMULTRG MNUCCD PRACI
PRACIS EPRD MNUCCR PIACR PIACRS PGRACS PRDS EPRDS
PSACR PRDG EPRDG NPRC1 NRAGG NPRACG NSUBR NSMLTR
NGMLTR NPRACS NNUCCR NIACR NIACRS NGRACS NSMLTS NSAGG
NPRCI NSCNG NSUBS PCC NNUCCC NPSACWS NPRA NPRC
NPSACWI NPSACWG NPRAI NMULTS NMULTG NMULTR NMULTRG NNUCCD
NSUBI NGMLTG NSUBG NACT SIZEFIX_NR SIZEFIX_NC SIZEFIX_NI SIZEFIX_NS
SIZEFIX_NG NEGFIX_NR NEGFIX_NC NEGFIX_NI NEGFIX_NS NEGFIX_NG NIM_MORR_CL QC_INST
QR_INST QI_INST QS_INST QG_INST NC_INST NR_INST NI_INST NS_INST
NG_INST corr_chi_w corr_chi_Nc corr_chi_rr corr_chi_Nr corr_w_Nc corr_w_rr corr_w_Nr
corr_Nc_rr corr_Nc_Nr corr_rr_Nr ic_corr_chi_w ic_corr_chi_Nc ic_corr_chi_rr ic_corr_chi_Nr ic_corr_w_Nc
ic_corr_w_rr ic_corr_w_Nr ic_corr_Nc_rr ic_corr_Nc_Nr ic_corr_rr_Nr oc_corr_chi_w oc_corr_chi_Nc oc_corr_chi_rr
oc_corr_chi_Nr oc_corr_w_Nc oc_corr_w_rr oc_corr_w_Nr oc_corr_Nc_rr oc_corr_Nc_Nr oc_corr_rr_Nr rc_frac_1p0Em04
rr_frac_1p0Em04 Ncm chim chip2 Ncp2 Nrp2 rrp2 chim_ic
chip2_ic wm_zt_ic wp2_zt_ic Ncp2_ip Ncm_ip Nrp2_ip Nrm_ip rrp2_ip
rrm_ip covarnce_thl_rr covarnce_thl_Nr covarnce_rt_rr covarnce_rt_Nr covarnce_chi_w covarnce_chi_Nc covarnce_chi_rr
covarnce_chi_Nr covarnce_w_Nc covarnce_w_rr covarnce_w_Nr covarnce_Nc_rr covarnce_Nc_Nr covarnce_rr_Nr ic_covarnce_chi_w
ic_covarnce_chi_Nc ic_covarnce_chi_rr ic_covarnce_chi_Nr ic_covarnce_w_Nc ic_covarnce_w_rr ic_covarnce_w_Nr ic_covarnce_Nc_rr ic_covarnce_Nc_Nr
ic_covarnce_rr_Nr oc_covarnce_chi_w oc_covarnce_chi_Nc oc_covarnce_chi_rr oc_covarnce_chi_Nr oc_covarnce_w_Nc oc_covarnce_w_rr oc_covarnce_w_Nr
oc_covarnce_Nc_rr oc_covarnce_Nc_Nr oc_covarnce_rr_Nr UPWP_SGS VPWP_SGS UP2_SGS VP2_SGS WPRTP_SGS
WPTHLP_SGS WP2_SGS WP3_SGS RTP2_SGS THLP2_SGS RTPTHLP_SGS CLD_FRAC_CLUBB RCM_CLUBB
UM_SGS VM_SGS
NSTEP = 1 NCYCLE= 1 CFL_adv= 0.004 CFL_sgs= 0.000
NSTEP = 2 NCYCLE= 1 CFL_adv= 0.004 CFL_sgs= 0.001
NSTEP = 3 NCYCLE= 1 CFL_adv= 0.004 CFL_sgs= 0.001
NSTEP = 4 NCYCLE= 1 CFL_adv= 0.004 CFL_sgs= 0.001
NSTEP = 5 NCYCLE= 1 CFL_adv= 0.004 CFL_sgs= 0.001
Collecting statistics...
Writing statistics:nstatsteps= 1
Writing history file
4x1x128_16km_clubb_CEM
Writing restart file ...
Restart file was saved. nstep= 6
NSTEP = 6 NCYCLE= 1 CFL_adv= 0.004 CFL_sgs= 0.001
Done!
+ grep -F 'Done!' runsam.log
Done!
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