Model started: Mon Jun 12 13:47:43 CDT 2023 0: 0: 0: * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . 0: PROGRAM ufs HAS BEGUN. COMPILED 0.00 ORG: np23 0: STARTING DATE-TIME JUN 12,2023 13:47:52.447 163 MON 2460108 0: 0: 0: UFS Aerosols: Initializing ... 170: (input_data) Reading setup_nml 170: (input_data) Reading grid_nml 170: (input_data) Reading tracer_nml 170: (input_data) Reading thermo_nml 170: (input_data) Reading dynamics_nml 170: (input_data) Reading shortwave_nml 170: (input_data) Reading ponds_nml 170: (input_data) Reading snow_nml 170: (input_data) Reading forcing_nml 170: Diagnostic output will be in file 170: ice_diag.d 170: 150: NOTE from PE 0: MPP_DOMAINS_SET_STACK_SIZE: stack size set to 32768. 150: &MPP_IO_NML 150: HEADER_BUFFER_VAL = 16384, 150: GLOBAL_FIELD_ON_ROOT_PE = T, 150: IO_CLOCKS_ON = F, 150: SHUFFLE = 1, 150: DEFLATE_LEVEL = 1, 150: CF_COMPLIANCE = F 150: / 150: NOTE from PE 0: MPP_IO_SET_STACK_SIZE: stack size set to 131072. 0: af nems config,quilting= T calendar=gregorian iau_offset= 0 0: noutput_fh= 3 0: af nems config,quilting= T write_groups= 1 6 0: isrcTermProcessing= 0 0: af nems config,nfhout,nsout= -1 -1 -1 -1 0: 3 0: af nems config,dt_atmos= 720 nfhmax= 24.0000000000000 0: in fcst comp init, fcst_ntasks= 144 0: af nems config,num_restart_interval= 2 0: af nems config,restart_interval= 12.0000000000000 0: -1.00000000000000 0: NOTE from PE 0: MPP_DOMAINS_SET_STACK_SIZE: stack size set to 32768. 0: &MPP_IO_NML 0: HEADER_BUFFER_VAL = 16384, 0: GLOBAL_FIELD_ON_ROOT_PE = T, 0: IO_CLOCKS_ON = F, 0: SHUFFLE = 1, 0: DEFLATE_LEVEL = 1, 0: CF_COMPLIANCE = F 0: / 0: NOTE from PE 0: MPP_IO_SET_STACK_SIZE: stack size set to 131072. 0: NOTE from PE 0: MPP_DOMAINS_SET_STACK_SIZE: stack size set to 8000000. 0: StartTime= 2021 3 22 6 0 0 0: CurrTime = 2021 3 22 6 0 0 0: StopTime = 2021 3 23 6 0 0 0: NOTE from PE 0: diag_manager_mod::diag_manager_init: diag_manager is using fms2_io 0: time_init= 2021 3 22 6 0 0: 0 time= 2021 3 22 6 0 0: 0 time_end= 2021 3 23 6 150: NOTE from PE 0: MPP_DOMAINS_SET_STACK_SIZE: stack size set to 8000000. 0: 0 0 dt_atmos= 720 0: frestart= 12 24 0 0 0 0: 0 0 0 0 0 total_inttime= 0: 86400 0: atmosphere_init: current_time_seconds = 0.0 150: (MOM_cap:InitializeAdvertise)current time: y,m,d- 2021 3 150: 22 h,m,s= 6 0 0 150: (MOM_cap:InitializeAdvertise)start time: y,m,d- 2021 3 150: 22 h,m,s= 6 0 0 150: NOTE from PE 0: callTree: ---> ocean_model_init(), ocean_model_MOM.F90 150: NOTE from PE 0: open_param_file: INPUT/MOM_input has been opened successfully. 150: NOTE from PE 0: open_param_file: INPUT/MOM_override has been opened successfully. 150: 150: WARNING from PE 0: MOM_obsolete_params: ETA_TOLERANCE_AUX is an obsolete run-time flag. 150: 0: Using n_split from the namelist: 006 0: Off center implicit scheme param= 1.00000000000000 0: p_fac= 0.100000000000000 0: Using n_sponge : 042 0: Using non_ortho : T 0: Starting PEs : 144 0: Starting Threads : 1 24: Cubic: cubed-sphere domain decomposition 24: whalo = 3, ehalo = 3, shalo = 3, nhalo = 3 24: X-AXIS = 32 32 32 24: Y-AXIS = 12 12 12 12 12 12 12 12 0: Cubic: cubed-sphere domain decomposition 0: whalo = 3, ehalo = 3, shalo = 3, nhalo = 3 0: X-AXIS = 32 32 32 0: Y-AXIS = 12 12 12 12 12 12 12 12 96: Cubic: cubed-sphere domain decomposition 96: whalo = 3, ehalo = 3, shalo = 3, nhalo = 3 96: X-AXIS = 32 32 32 96: Y-AXIS = 12 12 12 12 12 12 12 12 120: Cubic: cubed-sphere domain decomposition 120: whalo = 3, ehalo = 3, shalo = 3, nhalo = 3 120: X-AXIS = 32 32 32 120: Y-AXIS = 12 12 12 12 12 12 12 12 120: Cubic: cubed-sphere domain decomposition 72: Cubic: cubed-sphere domain decomposition 72: whalo = 3, ehalo = 3, shalo = 3, nhalo = 3 72: X-AXIS = 32 32 32 72: Y-AXIS = 12 12 12 12 12 12 12 12 96: Cubic: cubed-sphere domain decomposition 96: whalo = 1, ehalo = 1, shalo = 1, nhalo = 1 96: X-AXIS = 32 32 32 96: Y-AXIS = 12 12 12 12 12 12 12 12 120: whalo = 1, ehalo = 1, shalo = 1, nhalo = 1 120: X-AXIS = 32 32 32 48: Cubic: cubed-sphere domain decomposition 120: Y-AXIS = 12 12 12 12 12 12 12 12 48: whalo = 3, ehalo = 3, shalo = 3, nhalo = 3 48: X-AXIS = 32 32 32 48: Y-AXIS = 12 12 12 12 12 12 12 12 24: Cubic: cubed-sphere domain decomposition 24: whalo = 1, ehalo = 1, shalo = 1, nhalo = 1 24: X-AXIS = 32 32 32 24: Y-AXIS = 12 12 12 12 12 12 12 12 0: Cubic: cubed-sphere domain decomposition 0: whalo = 1, ehalo = 1, shalo = 1, nhalo = 1 0: X-AXIS = 32 32 32 0: Y-AXIS = 12 12 12 12 12 12 12 12 72: Cubic: cubed-sphere domain decomposition 72: whalo = 1, ehalo = 1, shalo = 1, nhalo = 1 72: X-AXIS = 32 32 32 72: Y-AXIS = 12 12 12 12 12 12 12 12 48: Cubic: cubed-sphere domain decomposition 48: whalo = 1, ehalo = 1, shalo = 1, nhalo = 1 48: X-AXIS = 32 32 32 48: Y-AXIS = 12 12 12 12 12 12 12 12 150: MOM_in domain decomposition 150: whalo = 4, ehalo = 4, shalo = 4, nhalo = 4 150: X-AXIS = 72 72 72 72 72 150: Y-AXIS = 80 80 80 80 150: MOM_inc domain decomposition 150: whalo = 2, ehalo = 2, shalo = 2, nhalo = 2 150: X-AXIS = 36 36 36 36 36 150: Y-AXIS = 40 40 40 40 150: NOTE from PE 0: diag_manager_mod::diag_manager_init: diag_manager is using fms2_io 150: MOM_in domain decomposition 150: whalo = 4, ehalo = 4, shalo = 4, nhalo = 4 150: X-AXIS = 72 72 72 72 72 150: Y-AXIS = 80 80 80 80 150: MOM_in domain decomposition 150: whalo = 2, ehalo = 2, shalo = 2, nhalo = 2 150: X-AXIS = 36 36 36 36 36 150: Y-AXIS = 40 40 40 40 150: MOM_MOSAIC domain decomposition 150: whalo = 9, ehalo = 9, shalo = 9, nhalo = 9 150: X-AXIS = 144 144 144 144 144 150: Y-AXIS = 160 160 160 160 150: MOM_MOSAIC domain decomposition 150: whalo = 4, ehalo = 4, shalo = 4, nhalo = 4 150: X-AXIS = 72 72 72 72 72 150: Y-AXIS = 80 80 80 80 0: ncnst= 35 num_prog= 35 pnats= 0 dnats= 0: 2 num_family= 0 0: 0: ==>Note from fv_grid_tools_mod(read_grid): read atmosphere grid from mosaic ver 0: sion grid 0: MAX AREA (m*m): 0.13345113977776E+11 MIN AREA (m*m): 0.58327927880208E+10 0: GLOBAL AREA (m*m): 0.51009649655187E+15 IDEAL GLOBAL AREA (m*m): 0.51009649655132E+15 0: 0: Radius is 6371200.00000000 , omega is 7.292100000000000E-005 0: small_fac = 1.00000000000000 0: Cubed-Sphere Grid Stats : 97 x 97 x 6 0: 81694.6733308414 115527.383953595 578874.629984499 0: 81694.6733308414 115527.383953595 0: Grid Length : min: 81694.67 max: 115527.38 avg: 578874.63 min/max: 0.71 0: Deviation from Orthogonal : min: 0.00000000000000E+00 max: 0.29546020295887E+02 avg: 0.52872040295687E+02 0: Aspect Ratio : min: 0.10000000000000E+01 max: 0.10654828722430E+01 avg: 0.61158324642518E+01 0: 72: Corner interpolation coefficient= 1.49320125911101 120: Corner interpolation coefficient= 1.49320125911100 96: Corner interpolation coefficient= 1.49320125911100 48: Corner interpolation coefficient= 1.49320125911099 0: Corner interpolation coefficient= 1.49320125911105 24: Corner interpolation coefficient= 1.49320125911100 151: Ocean topography edit: 104 105 0 321.80-> 0.00 38 5 151: Ocean topography edit: 105 106 0 212.63-> 0.00 39 5 151: Ocean topography edit: 106 116 0 29.24-> 0.00 49 5 151: Ocean topography edit: 107 117 0 410.02-> 0.00 50 5 151: Ocean topography edit: 108 118 0 443.06-> 0.00 51 5 151: Ocean topography edit: 109 119 0 485.08-> 0.00 52 5 151: Ocean topography edit: 110 120 0 647.94-> 0.00 53 5 151: Ocean topography edit: 111 121 0 684.22-> 0.00 54 5 151: Ocean topography edit: 112 122 0 649.42-> 0.00 55 5 151: Ocean topography edit: 113 123 0 606.42-> 0.00 56 5 151: Ocean topography edit: 114 124 0 573.49-> 0.00 57 5 151: Ocean topography edit: 115 125 0 545.55-> 0.00 58 5 151: Ocean topography edit: 116 126 0 521.75-> 0.00 59 5 151: Ocean topography edit: 117 127 0 448.04-> 0.00 60 5 151: Ocean topography edit: 118 128 0 475.20-> 0.00 61 5 160: Ocean topography edit: 74 62 170 333.81-> 10.00 67 15 151: Ocean topography edit: 119 129 0 555.29-> 0.00 62 5 151: Ocean topography edit: 120 130 0 591.50-> 0.00 63 5 151: Ocean topography edit: 121 131 0 565.88-> 0.00 64 5 151: Ocean topography edit: 122 132 0 547.20-> 0.00 65 5 151: Ocean topography edit: 123 133 0 478.45-> 0.00 66 5 151: Ocean topography edit: 124 134 0 461.42-> 0.00 67 5 151: Ocean topography edit: 125 135 0 550.16-> 0.00 68 5 151: Ocean topography edit: 126 136 0 599.13-> 0.00 69 5 151: Ocean topography edit: 127 137 0 641.92-> 0.00 70 5 151: Ocean topography edit: 128 138 0 674.39-> 0.00 71 5 151: Ocean topography edit: 129 139 0 606.71-> 0.00 72 5 151: Ocean topography edit: 130 140 0 352.34-> 0.00 73 5 153: Ocean topography edit: 131 251 0 20.82-> 0.00 40 5 153: Ocean topography edit: 132 253 0 69.78-> 0.00 42 5 153: Ocean topography edit: 133 254 0 224.00-> 0.00 43 5 153: Ocean topography edit: 134 255 0 315.36-> 0.00 44 5 153: Ocean topography edit: 135 256 0 456.44-> 0.00 45 5 153: Ocean topography edit: 136 257 0 576.48-> 0.00 46 5 153: Ocean topography edit: 137 258 0 743.22-> 0.00 47 5 153: Ocean topography edit: 138 259 0 866.25-> 0.00 48 5 153: Ocean topography edit: 139 260 0 1045.17-> 0.00 49 5 153: Ocean topography edit: 140 261 0 1144.81-> 0.00 50 5 153: Ocean topography edit: 141 262 0 1109.65-> 0.00 51 5 153: Ocean topography edit: 142 263 0 890.96-> 0.00 52 5 153: Ocean topography edit: 143 264 0 403.18-> 0.00 53 5 156: Ocean topography edit: 9 88 132 0.00-> 1000.00 21 57 163: Ocean topography edit: 1 219 194 81.78-> 800.00 8 39 163: Ocean topography edit: 2 219 195 8.17-> 800.00 8 40 163: Ocean topography edit: 3 219 196 130.00-> 800.00 8 41 163: Ocean topography edit: 4 219 197 4.48-> 800.00 8 42 163: Ocean topography edit: 5 219 198 27.99-> 800.00 8 43 163: Ocean topography edit: 6 217 194 32.64-> 1000.00 6 39 163: Ocean topography edit: 7 218 194 7.48-> 1000.00 7 39 163: Ocean topography edit: 8 219 194 800.00-> 1000.00 8 39 164: Ocean topography edit: 21 293 207 600.00-> 280.00 10 52 164: Ocean topography edit: 22 294 207 600.00-> 280.00 11 52 164: Ocean topography edit: 39 327 213 44.65-> 45.00 44 58 164: Ocean topography edit: 40 328 213 209.11-> 45.00 45 58 164: Ocean topography edit: 41 326 213 130.00-> 45.00 43 58 168: Ocean topography edit: 23 274 257 733.74-> 800.00 63 22 168: Ocean topography edit: 24 273 258 604.30-> 800.00 62 23 168: Ocean topography edit: 25 273 257 614.44-> 800.00 62 22 168: Ocean topography edit: 26 273 256 600.00-> 800.00 62 21 168: Ocean topography edit: 27 272 256 600.00-> 800.00 61 21 168: Ocean topography edit: 28 272 255 600.00-> 800.00 61 20 168: Ocean topography edit: 29 272 254 521.87-> 800.00 61 19 168: Ocean topography edit: 30 271 255 715.21-> 800.00 60 20 168: Ocean topography edit: 31 271 254 1135.72-> 2500.00 60 19 168: Ocean topography edit: 32 270 254 1342.25-> 2500.00 59 19 168: Ocean topography edit: 33 269 254 1052.11-> 2500.00 58 19 168: Ocean topography edit: 34 271 253 1158.36-> 2500.00 60 18 168: Ocean topography edit: 35 270 253 1763.58-> 2500.00 59 18 168: Ocean topography edit: 36 269 253 2208.26-> 2500.00 58 18 168: Ocean topography edit: 37 268 253 2221.25-> 2500.00 57 18 168: Ocean topography edit: 38 267 252 2351.43-> 2500.00 56 17 169: Ocean topography edit: 10 292 244 793.34-> 850.00 9 9 169: Ocean topography edit: 11 293 244 890.38-> 850.00 10 9 169: Ocean topography edit: 12 294 244 879.53-> 850.00 11 9 169: Ocean topography edit: 13 292 244 850.00-> 850.00 9 9 169: Ocean topography edit: 14 292 245 866.64-> 850.00 9 10 169: Ocean topography edit: 15 292 246 488.77-> 850.00 9 11 169: Ocean topography edit: 16 292 247 159.85-> 850.00 9 12 169: Ocean topography edit: 17 294 244 850.00-> 850.00 11 9 169: Ocean topography edit: 18 294 245 714.08-> 850.00 11 10 169: Ocean topography edit: 19 290 247 849.81-> 850.00 7 12 169: Ocean topography edit: 20 291 247 490.48-> 850.00 8 12 160: Ocean topography edit: 75 62 169 7.52-> 10.00 67 14 160: Ocean topography edit: 76 62 168 55.91-> 10.00 67 13 160: Ocean topography edit: 77 62 167 803.82-> 10.00 67 12 160: Ocean topography edit: 78 61 166 19.81-> 10.00 66 11 160: Ocean topography edit: 79 61 165 85.13-> 10.00 66 10 160: Ocean topography edit: 80 61 164 1544.57-> 10.00 66 9 160: Ocean topography edit: 81 60 164 197.92-> 10.00 65 9 160: Ocean topography edit: 82 60 163 241.17-> 10.00 65 8 160: Ocean topography edit: 83 57 173 260.96-> 10.00 62 18 160: Ocean topography edit: 84 58 173 560.62-> 10.00 63 18 160: Ocean topography edit: 85 58 174 120.29-> 10.00 63 19 160: Ocean topography edit: 86 58 175 3.72-> 10.00 63 20 160: Ocean topography edit: 87 58 176 140.57-> 10.00 63 21 160: Ocean topography edit: 88 59 176 67.15-> 10.00 64 21 160: Ocean topography edit: 89 59 163 222.80-> 200.00 64 8 160: Ocean topography edit: 90 63 174 299.95-> 10.00 68 19 160: Ocean topography edit: 91 63 173 591.66-> 300.00 68 18 160: Ocean topography edit: 92 63 172 565.22-> 10.00 68 17 160: Ocean topography edit: 93 64 177 194.00-> 10.00 69 22 160: Ocean topography edit: 94 64 176 57.71-> 10.00 69 21 160: Ocean topography edit: 95 65 174 543.76-> 10.00 70 19 160: Ocean topography edit: 96 65 173 160.17-> 10.00 70 18 160: read_face_lengths_list : Modifying dy_Cu gridpoint at 9.09 -236.00 ( 8.90 9.30 123.50 124.50) to 20000.00m 164: read_face_lengths_list : Modifying dy_Cu gridpoint at 36.30 -6.00 ( 35.80 36.40 -6.10 -5.40) to 12000.00m 164: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 164: read_face_lengths_list : Modifying dy_Cu gridpoint at 40.98 27.00 ( 40.50 41.20 26.70 27.30) to 2000.00m 164: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 164: read_face_lengths_list : Modifying dx_Cv gridpoint at 12.93 43.50 ( 12.60 13.00 43.25 43.75) to 10000.00m 164: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 161: read_face_lengths_list : Modifying dx_Cv gridpoint at 52.25 -218.50 ( 52.00 52.30 141.00 141.70) to 2500.00m 161: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 160: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 160: read_face_lengths_list : Modifying dy_Cu gridpoint at 9.82 -235.00 ( 9.65 10.00 124.50 125.50) to 10000.00m 160: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 160: read_face_lengths_list : Modifying dx_Cv gridpoint at 5.64 -240.50 ( 5.40 5.85 119.00 120.00) to 22000.00m 160: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 0: da_max/da_min= 2.28794583705834 0: da_max_c/da_min_c= 2.29849446388365 0: 0: Divergence damping Coefficients 0: For small dt= 60.0000000000000 0: External mode del-2 (m**2/s)= 0.000000000000000E+000 0: Internal mode del-2 SMAG dimensionless coeff= 0.100000000000000 0: Internal mode del-2 background diff= 0.000000000000000E+000 0: Internal mode del-6 background diff= 0.120000000000000 0: tracer del-2 diff= 0.000000000000000E+000 0: Vorticity del-4 (m**4/s)= 226809811.386580 0: beta= 0.000000000000000E+000 0: 79: enter get_nggps_ic is= 33 ie= 64 js= 25 je= 36 isd= 30 ied= 67 jsd= 22 jed= 39 0: in fv_restart ncnst= 35 0: FV_RESTART: 1 F F 0: Calling get_external_ic 20: enter get_nggps_ic is= 65 ie= 96 js= 73 je= 84 isd= 62 ied= 99 jsd= 70 jed= 87 21: enter get_nggps_ic is= 1 ie= 32 js= 85 je= 96 isd= -2 ied= 35 jsd= 82 jed= 99 59: enter get_nggps_ic is= 65 ie= 96 js= 37 je= 48 isd= 62 ied= 99 jsd= 34 jed= 51 69: enter get_nggps_ic is= 1 ie= 32 js= 85 je= 96 isd= -2 ied= 35 jsd= 82 jed= 99 39: enter get_nggps_ic is= 1 ie= 32 js= 61 je= 72 isd= -2 ied= 35 jsd= 58 jed= 75 60: enter get_nggps_ic is= 1 ie= 32 js= 49 je= 60 isd= -2 ied= 35 jsd= 46 jed= 63 61: enter get_nggps_ic is= 33 ie= 64 js= 49 je= 60 isd= 30 ied= 67 jsd= 46 jed= 63 48: enter get_nggps_ic is= 1 ie= 32 js= 1 je= 12 isd= -2 ied= 35 jsd= -2 jed= 15 62: enter get_nggps_ic is= 65 ie= 96 js= 49 je= 60 isd= 62 ied= 99 jsd= 46 jed= 63 66: enter get_nggps_ic is= 1 ie= 32 js= 73 je= 84 isd= -2 ied= 35 jsd= 70 jed= 87 42: enter get_nggps_ic is= 1 ie= 32 js= 73 je= 84 isd= -2 ied= 35 jsd= 70 jed= 87 38: enter get_nggps_ic is= 65 ie= 96 js= 49 je= 60 isd= 62 ied= 99 jsd= 46 jed= 63 40: enter get_nggps_ic is= 33 ie= 64 js= 61 je= 72 isd= 30 ied= 67 jsd= 58 jed= 75 65: enter get_nggps_ic is= 65 ie= 96 js= 61 je= 72 isd= 62 ied= 99 jsd= 58 jed= 75 64: enter get_nggps_ic is= 33 ie= 64 js= 61 je= 72 isd= 30 ied= 67 jsd= 58 jed= 75 68: enter get_nggps_ic is= 65 ie= 96 js= 73 je= 84 isd= 62 ied= 99 jsd= 70 jed= 87 70: enter get_nggps_ic is= 33 ie= 64 js= 85 je= 96 isd= 30 ied= 67 jsd= 82 jed= 99 157: Ocean topography edit: 42 208 145 2430.14-> 10.00 69 70 155: Ocean topography edit: 49 45 132 67.23-> 50.00 50 57 155: Ocean topography edit: 50 55 125 190.00-> 250.00 60 50 155: Ocean topography edit: 51 55 124 166.70-> 250.00 60 49 155: Ocean topography edit: 52 59 124 157.38-> 10.00 64 49 155: Ocean topography edit: 53 64 125 226.10-> 1500.00 69 50 155: Ocean topography edit: 54 58 141 1428.18-> 1800.00 63 66 155: Ocean topography edit: 55 58 140 598.68-> 1800.00 63 65 155: Ocean topography edit: 56 58 139 694.93-> 1800.00 63 64 155: Ocean topography edit: 57 58 138 1579.74-> 1800.00 63 63 155: Ocean topography edit: 58 59 138 93.82-> 10.00 64 63 155: Ocean topography edit: 59 59 137 357.31-> 10.00 64 62 155: Ocean topography edit: 60 59 136 45.17-> 10.00 64 61 155: Ocean topography edit: 61 67 153 965.37-> 10.00 72 78 155: Ocean topography edit: 62 67 152 761.76-> 10.00 72 77 155: Ocean topography edit: 63 67 151 442.62-> 10.00 72 76 77: enter get_nggps_ic is= 65 ie= 96 js= 13 je= 24 isd= 62 ied= 99 jsd= 10 jed= 27 155: Ocean topography edit: 64 67 150 227.48-> 10.00 72 75 155: Ocean topography edit: 65 67 149 105.45-> 10.00 72 74 155: Ocean topography edit: 66 67 148 98.09-> 10.00 72 73 155: Ocean topography edit: 67 67 146 216.45-> 10.00 72 71 155: Ocean topography edit: 68 68 154 685.86-> 10.00 73 79 155: Ocean topography edit: 69 68 152 402.27-> 10.00 73 77 155: Ocean topography edit: 70 68 151 149.35-> 10.00 73 76 155: Ocean topography edit: 71 68 150 71.09-> 10.00 73 75 155: Ocean topography edit: 72 68 149 244.02-> 10.00 73 74 155: Ocean topography edit: 73 65 143 231.29-> 10.00 70 68 155: Ocean topography edit: 97 71 146 458.25-> 10.00 76 71 155: Ocean topography edit: 98 70 146 109.63-> 10.00 75 71 155: Ocean topography edit: 99 70 147 22.70-> 10.00 75 72 155: Ocean topography edit: 100 70 148 99.81-> 10.00 75 73 155: Ocean topography edit: 101 69 148 564.02-> 300.00 74 73 155: Ocean topography edit: 102 67 144 384.39-> 10.00 72 69 155: Ocean topography edit: 103 67 139 627.95-> 1000.00 72 64 26: enter get_nggps_ic is= 65 ie= 96 js= 1 je= 12 isd= 62 ied= 99 jsd= -2 jed= 15 157: Ocean topography edit: 43 208 146 1516.51-> 10.00 69 71 44: enter get_nggps_ic is= 65 ie= 96 js= 73 je= 84 isd= 62 ied= 99 jsd= 70 jed= 87 157: Ocean topography edit: 44 208 147 1109.61-> 10.00 69 72 47: enter get_nggps_ic is= 65 ie= 96 js= 85 je= 96 isd= 62 ied= 99 jsd= 82 jed= 99 157: Ocean topography edit: 45 208 148 1817.69-> 10.00 69 73 71: enter get_nggps_ic is= 65 ie= 96 js= 85 je= 96 isd= 62 ied= 99 jsd= 82 jed= 99 157: Ocean topography edit: 46 209 146 61.16-> 10.00 70 71 74: enter get_nggps_ic is= 65 ie= 96 js= 1 je= 12 isd= 62 ied= 99 jsd= -2 jed= 15 157: Ocean topography edit: 47 209 147 493.16-> 10.00 70 72 1: enter get_nggps_ic is= 33 ie= 64 js= 1 je= 12 isd= 30 ied= 67 jsd= -2 jed= 15 157: Ocean topography edit: 48 209 148 1463.80-> 10.00 70 73 45: enter get_nggps_ic is= 1 ie= 32 js= 85 je= 96 isd= -2 ied= 35 jsd= 82 jed= 99 155: read_face_lengths_list : Modifying dy_Cu gridpoint at -5.82 -255.00 ( -6.01 -5.60 104.90 106.10) to 20000.00m 14: enter get_nggps_ic is= 65 ie= 96 js= 49 je= 60 isd= 62 ied= 99 jsd= 46 jed= 63 155: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 53: enter get_nggps_ic is= 65 ie= 96 js= 13 je= 24 isd= 62 ied= 99 jsd= 10 jed= 27 155: read_face_lengths_list : Modifying dy_Cu gridpoint at -5.82 -254.00 ( -6.01 -5.60 104.90 106.10) to 20000.00m 7: enter get_nggps_ic is= 33 ie= 64 js= 25 je= 36 isd= 30 ied= 67 jsd= 22 jed= 39 155: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 155: read_face_lengths_list : Modifying dy_Cu gridpoint at 0.00 -230.00 ( -0.15 0.15 129.50 130.50) to 20000.00m 41: enter get_nggps_ic is= 65 ie= 96 js= 61 je= 72 isd= 62 ied= 99 jsd= 58 jed= 75 155: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 155: read_face_lengths_list : Modifying dx_Cv gridpoint at -8.55 -235.50 ( -8.70 -8.30 124.00 125.00) to 50000.00m 155: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 56: enter get_nggps_ic is= 65 ie= 96 js= 25 je= 36 isd= 62 ied= 99 jsd= 22 jed= 39 155: read_face_lengths_list : Modifying dx_Cv gridpoint at -8.18 -244.50 ( -8.30 -7.80 114.75 115.75) to 12000.00m 155: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 155: read_face_lengths_list : Modifying dx_Cv gridpoint at -7.82 -244.50 ( -8.30 -7.80 114.75 115.75) to 12000.00m 155: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 73: enter get_nggps_ic is= 33 ie= 64 js= 1 je= 12 isd= 30 ied= 67 jsd= -2 jed= 15 155: read_face_lengths_list : Modifying dx_Cv gridpoint at -3.45 -241.50 ( -3.50 -3.10 117.75 118.75) to 75000.00m 155: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 155: read_face_lengths_list : Modifying dx_Cv gridpoint at -3.09 -241.50 ( -3.10 -2.75 117.75 118.75) to 40000.00m 155: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 10: enter get_nggps_ic is= 33 ie= 64 js= 37 je= 48 isd= 30 ied= 67 jsd= 34 jed= 51 155: read_face_lengths_list : Modifying dx_Cv gridpoint at -3.09 -232.50 ( -3.23 -2.91 127.00 128.00) to 17000.00m 155: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 155: read_face_lengths_list : Modifying dx_Cv gridpoint at -2.73 -241.50 ( -2.75 -2.40 117.75 118.75) to 75000.00m 17: enter get_nggps_ic is= 65 ie= 96 js= 61 je= 72 isd= 62 ied= 99 jsd= 58 jed= 75 155: read_face_lengths_list : Porous Topography parameters: Dmin, Dmax, Davg ( 0.00 0.00 0.00)m 100: enter get_nggps_ic is= 33 ie= 64 js= 13 je= 24 isd= 30 ied= 67 jsd= 10 jed= 27 104: enter get_nggps_ic is= 65 ie= 96 js= 25 je= 36 isd= 62 ied= 99 jsd= 22 jed= 39 32: enter get_nggps_ic is= 65 ie= 96 js= 25 je= 36 isd= 62 ied= 99 jsd= 22 jed= 39 94: enter get_nggps_ic is= 33 ie= 64 js= 85 je= 96 isd= 30 ied= 67 jsd= 82 jed= 99 95: enter get_nggps_ic is= 65 ie= 96 js= 85 je= 96 isd= 62 ied= 99 jsd= 82 jed= 99 97: enter get_nggps_ic is= 33 ie= 64 js= 1 je= 12 isd= 30 ied= 67 jsd= -2 jed= 15 36: enter get_nggps_ic is= 1 ie= 32 js= 49 je= 60 isd= -2 ied= 35 jsd= 46 jed= 63 98: enter get_nggps_ic is= 65 ie= 96 js= 1 je= 12 isd= 62 ied= 99 jsd= -2 jed= 15 103: enter get_nggps_ic is= 33 ie= 64 js= 25 je= 36 isd= 30 ied= 67 jsd= 22 jed= 39 106: enter get_nggps_ic is= 33 ie= 64 js= 37 je= 48 isd= 30 ied= 67 jsd= 34 jed= 51 83: enter get_nggps_ic is= 65 ie= 96 js= 37 je= 48 isd= 62 ied= 99 jsd= 34 jed= 51 46: enter get_nggps_ic is= 33 ie= 64 js= 85 je= 96 isd= 30 ied= 67 jsd= 82 jed= 99 85: enter get_nggps_ic is= 33 ie= 64 js= 49 je= 60 isd= 30 ied= 67 jsd= 46 jed= 63 86: enter get_nggps_ic is= 65 ie= 96 js= 49 je= 60 isd= 62 ied= 99 jsd= 46 jed= 63 88: enter get_nggps_ic is= 33 ie= 64 js= 61 je= 72 isd= 30 ied= 67 jsd= 58 jed= 75 63: enter get_nggps_ic is= 1 ie= 32 js= 61 je= 72 isd= -2 ied= 35 jsd= 58 jed= 75 89: enter get_nggps_ic is= 65 ie= 96 js= 61 je= 72 isd= 62 ied= 99 jsd= 58 jed= 75 91: enter get_nggps_ic is= 33 ie= 64 js= 73 je= 84 isd= 30 ied= 67 jsd= 70 jed= 87 92: enter get_nggps_ic is= 65 ie= 96 js= 73 je= 84 isd= 62 ied= 99 jsd= 70 jed= 87 115: enter get_nggps_ic is= 33 ie= 64 js= 73 je= 84 isd= 30 ied= 67 jsd= 70 jed= 87 76: enter get_nggps_ic is= 33 ie= 64 js= 13 je= 24 isd= 30 ied= 67 jsd= 10 jed= 27 120: enter get_nggps_ic is= 1 ie= 32 js= 1 je= 12 isd= -2 ied= 35 jsd= -2 jed= 15 123: enter get_nggps_ic is= 1 ie= 32 js= 13 je= 24 isd= -2 ied= 35 jsd= 10 jed= 27 126: enter get_nggps_ic is= 1 ie= 32 js= 25 je= 36 isd= -2 ied= 35 jsd= 22 jed= 39 127: enter get_nggps_ic is= 33 ie= 64 js= 25 je= 36 isd= 30 ied= 67 jsd= 22 jed= 39 0: NOTE from PE 0: Using external_IC::get_nggps_ic which is valid only for data which has been horizontally interpolated to the current cubed-sphere grid 80: enter get_nggps_ic is= 65 ie= 96 js= 25 je= 36 isd= 62 ied= 99 jsd= 22 jed= 39 82: enter get_nggps_ic is= 33 ie= 64 js= 37 je= 48 isd= 30 ied= 67 jsd= 34 jed= 51 84: enter get_nggps_ic is= 1 ie= 32 js= 49 je= 60 isd= -2 ied= 35 jsd= 46 jed= 63 2: enter get_nggps_ic is= 65 ie= 96 js= 1 je= 12 isd= 62 ied= 99 jsd= -2 jed= 15 87: enter get_nggps_ic is= 1 ie= 32 js= 61 je= 72 isd= -2 ied= 35 jsd= 58 jed= 75 90: enter get_nggps_ic is= 1 ie= 32 js= 73 je= 84 isd= -2 ied= 35 jsd= 70 jed= 87 93: enter get_nggps_ic is= 1 ie= 32 js= 85 je= 96 isd= -2 ied= 35 jsd= 82 jed= 99 96: enter get_nggps_ic is= 1 ie= 32 js= 1 je= 12 isd= -2 ied= 35 jsd= -2 jed= 15 5: enter get_nggps_ic is= 65 ie= 96 js= 13 je= 24 isd= 62 ied= 99 jsd= 10 jed= 27 105: enter get_nggps_ic is= 1 ie= 32 js= 37 je= 48 isd= -2 ied= 35 jsd= 34 jed= 51 107: enter get_nggps_ic is= 65 ie= 96 js= 37 je= 48 isd= 62 ied= 99 jsd= 34 jed= 51 108: enter get_nggps_ic is= 1 ie= 32 js= 49 je= 60 isd= -2 ied= 35 jsd= 46 jed= 63 6: enter get_nggps_ic is= 1 ie= 32 js= 25 je= 36 isd= -2 ied= 35 jsd= 22 jed= 39 109: enter get_nggps_ic is= 33 ie= 64 js= 49 je= 60 isd= 30 ied= 67 jsd= 46 jed= 63 110: enter get_nggps_ic is= 65 ie= 96 js= 49 je= 60 isd= 62 ied= 99 jsd= 46 jed= 63 111: enter get_nggps_ic is= 1 ie= 32 js= 61 je= 72 isd= -2 ied= 35 jsd= 58 jed= 75 8: enter get_nggps_ic is= 65 ie= 96 js= 25 je= 36 isd= 62 ied= 99 jsd= 22 jed= 39 112: enter get_nggps_ic is= 33 ie= 64 js= 61 je= 72 isd= 30 ied= 67 jsd= 58 jed= 75 113: enter get_nggps_ic is= 65 ie= 96 js= 61 je= 72 isd= 62 ied= 99 jsd= 58 jed= 75 116: enter get_nggps_ic is= 65 ie= 96 js= 73 je= 84 isd= 62 ied= 99 jsd= 70 jed= 87 16: enter get_nggps_ic is= 33 ie= 64 js= 61 je= 72 isd= 30 ied= 67 jsd= 58 jed= 75 121: enter get_nggps_ic is= 33 ie= 64 js= 1 je= 12 isd= 30 ied= 67 jsd= -2 jed= 15 124: enter get_nggps_ic is= 33 ie= 64 js= 13 je= 24 isd= 30 ied= 67 jsd= 10 jed= 27 125: enter get_nggps_ic is= 65 ie= 96 js= 13 je= 24 isd= 62 ied= 99 jsd= 10 jed= 27 129: enter get_nggps_ic is= 1 ie= 32 js= 37 je= 48 isd= -2 ied= 35 jsd= 34 jed= 51 25: enter get_nggps_ic is= 33 ie= 64 js= 1 je= 12 isd= 30 ied= 67 jsd= -2 jed= 15 130: enter get_nggps_ic is= 33 ie= 64 js= 37 je= 48 isd= 30 ied= 67 jsd= 34 jed= 51 133: enter get_nggps_ic is= 33 ie= 64 js= 49 je= 60 isd= 30 ied= 67 jsd= 46 jed= 63 135: enter get_nggps_ic is= 1 ie= 32 js= 61 je= 72 isd= -2 ied= 35 jsd= 58 jed= 75 27: enter get_nggps_ic is= 1 ie= 32 js= 13 je= 24 isd= -2 ied= 35 jsd= 10 jed= 27 138: enter get_nggps_ic is= 1 ie= 32 js= 73 je= 84 isd= -2 ied= 35 jsd= 70 jed= 87 139: enter get_nggps_ic is= 33 ie= 64 js= 73 je= 84 isd= 30 ied= 67 jsd= 70 jed= 87 81: enter get_nggps_ic is= 1 ie= 32 js= 37 je= 48 isd= -2 ied= 35 jsd= 34 jed= 51 29: enter get_nggps_ic is= 65 ie= 96 js= 13 je= 24 isd= 62 ied= 99 jsd= 10 jed= 27 99: enter get_nggps_ic is= 1 ie= 32 js= 13 je= 24 isd= -2 ied= 35 jsd= 10 jed= 27 102: enter get_nggps_ic is= 1 ie= 32 js= 25 je= 36 isd= -2 ied= 35 jsd= 22 jed= 39 114: enter get_nggps_ic is= 1 ie= 32 js= 73 je= 84 isd= -2 ied= 35 jsd= 70 jed= 87 117: enter get_nggps_ic is= 1 ie= 32 js= 85 je= 96 isd= -2 ied= 35 jsd= 82 jed= 99 31: enter get_nggps_ic is= 33 ie= 64 js= 25 je= 36 isd= 30 ied= 67 jsd= 22 jed= 39 50: enter get_nggps_ic is= 65 ie= 96 js= 1 je= 12 isd= 62 ied= 99 jsd= -2 jed= 15 51: enter get_nggps_ic is= 1 ie= 32 js= 13 je= 24 isd= -2 ied= 35 jsd= 10 jed= 27 54: enter get_nggps_ic is= 1 ie= 32 js= 25 je= 36 isd= -2 ied= 35 jsd= 22 jed= 39 118: enter get_nggps_ic is= 33 ie= 64 js= 85 je= 96 isd= 30 ied= 67 jsd= 82 jed= 99 67: enter get_nggps_ic is= 33 ie= 64 js= 73 je= 84 isd= 30 ied= 67 jsd= 70 jed= 87 119: enter get_nggps_ic is= 65 ie= 96 js= 85 je= 96 isd= 62 ied= 99 jsd= 82 jed= 99 122: enter get_nggps_ic is= 65 ie= 96 js= 1 je= 12 isd= 62 ied= 99 jsd= -2 jed= 15 132: enter get_nggps_ic is= 1 ie= 32 js= 49 je= 60 isd= -2 ied= 35 jsd= 46 jed= 63 136: enter get_nggps_ic is= 33 ie= 64 js= 61 je= 72 isd= 30 ied= 67 jsd= 58 jed= 75 72: enter get_nggps_ic is= 1 ie= 32 js= 1 je= 12 isd= -2 ied= 35 jsd= -2 jed= 15 140: enter get_nggps_ic is= 65 ie= 96 js= 73 je= 84 isd= 62 ied= 99 jsd= 70 jed= 87 141: enter get_nggps_ic is= 1 ie= 32 js= 85 je= 96 isd= -2 ied= 35 jsd= 82 jed= 99 142: enter get_nggps_ic is= 33 ie= 64 js= 85 je= 96 isd= 30 ied= 67 jsd= 82 jed= 99 78: enter get_nggps_ic is= 1 ie= 32 js= 25 je= 36 isd= -2 ied= 35 jsd= 22 jed= 39 143: enter get_nggps_ic is= 65 ie= 96 js= 85 je= 96 isd= 62 ied= 99 jsd= 82 jed= 99 128: enter get_nggps_ic is= 65 ie= 96 js= 25 je= 36 isd= 62 ied= 99 jsd= 22 jed= 39 131: enter get_nggps_ic is= 65 ie= 96 js= 37 je= 48 isd= 62 ied= 99 jsd= 34 jed= 51 134: enter get_nggps_ic is= 65 ie= 96 js= 49 je= 60 isd= 62 ied= 99 jsd= 46 jed= 63 3: enter get_nggps_ic is= 1 ie= 32 js= 13 je= 24 isd= -2 ied= 35 jsd= 10 jed= 27 137: enter get_nggps_ic is= 65 ie= 96 js= 61 je= 72 isd= 62 ied= 99 jsd= 58 jed= 75 101: enter get_nggps_ic is= 65 ie= 96 js= 13 je= 24 isd= 62 ied= 99 jsd= 10 jed= 27 4: enter get_nggps_ic is= 33 ie= 64 js= 13 je= 24 isd= 30 ied= 67 jsd= 10 jed= 27 9: enter get_nggps_ic is= 1 ie= 32 js= 37 je= 48 isd= -2 ied= 35 jsd= 34 jed= 51 11: enter get_nggps_ic is= 65 ie= 96 js= 37 je= 48 isd= 62 ied= 99 jsd= 34 jed= 51 12: enter get_nggps_ic is= 1 ie= 32 js= 49 je= 60 isd= -2 ied= 35 jsd= 46 jed= 63 13: enter get_nggps_ic is= 33 ie= 64 js= 49 je= 60 isd= 30 ied= 67 jsd= 46 jed= 63 15: enter get_nggps_ic is= 1 ie= 32 js= 61 je= 72 isd= -2 ied= 35 jsd= 58 jed= 75 18: enter get_nggps_ic is= 1 ie= 32 js= 73 je= 84 isd= -2 ied= 35 jsd= 70 jed= 87 19: enter get_nggps_ic is= 33 ie= 64 js= 73 je= 84 isd= 30 ied= 67 jsd= 70 jed= 87 22: enter get_nggps_ic is= 33 ie= 64 js= 85 je= 96 isd= 30 ied= 67 jsd= 82 jed= 99 23: enter get_nggps_ic is= 65 ie= 96 js= 85 je= 96 isd= 62 ied= 99 jsd= 82 jed= 99 24: enter get_nggps_ic is= 1 ie= 32 js= 1 je= 12 isd= -2 ied= 35 jsd= -2 jed= 15 28: enter get_nggps_ic is= 33 ie= 64 js= 13 je= 24 isd= 30 ied= 67 jsd= 10 jed= 27 30: enter get_nggps_ic is= 1 ie= 32 js= 25 je= 36 isd= -2 ied= 35 jsd= 22 jed= 39 33: enter get_nggps_ic is= 1 ie= 32 js= 37 je= 48 isd= -2 ied= 35 jsd= 34 jed= 51 34: enter get_nggps_ic is= 33 ie= 64 js= 37 je= 48 isd= 30 ied= 67 jsd= 34 jed= 51 35: enter get_nggps_ic is= 65 ie= 96 js= 37 je= 48 isd= 62 ied= 99 jsd= 34 jed= 51 37: enter get_nggps_ic is= 33 ie= 64 js= 49 je= 60 isd= 30 ied= 67 jsd= 46 jed= 63 43: enter get_nggps_ic is= 33 ie= 64 js= 73 je= 84 isd= 30 ied= 67 jsd= 70 jed= 87 49: enter get_nggps_ic is= 33 ie= 64 js= 1 je= 12 isd= 30 ied= 67 jsd= -2 jed= 15 52: enter get_nggps_ic is= 33 ie= 64 js= 13 je= 24 isd= 30 ied= 67 jsd= 10 jed= 27 55: enter get_nggps_ic is= 33 ie= 64 js= 25 je= 36 isd= 30 ied= 67 jsd= 22 jed= 39 57: enter get_nggps_ic is= 1 ie= 32 js= 37 je= 48 isd= -2 ied= 35 jsd= 34 jed= 51 58: enter get_nggps_ic is= 33 ie= 64 js= 37 je= 48 isd= 30 ied= 67 jsd= 34 jed= 51 75: enter get_nggps_ic is= 1 ie= 32 js= 13 je= 24 isd= -2 ied= 35 jsd= 10 jed= 27 0: NOTE from PE 0: External_IC::get_nggps_ic - use externally-generated, filtered terrain and NCEP pressure levels (no vertical remapping) 0: enter get_nggps_ic is= 1 ie= 32 js= 1 je= 12 isd= -2 ied= 35 jsd= -2 jed= 15 0: NOTE from PE 0: ==> External_ic::get_nggps_ic: using control file INPUT/gfs_ctrl.nc for NGGPS IC 150: 150: WARNING from PE 0: Open_file is appending .nc to the filename MOM6_OUTPUT/ocean_geometry 150: 0: NOTE from PE 0: INPUT gfs_data source string: FV3GFS GAUSSIAN NETCDF FILE 0: NOTE from PE 0: READING FROM REGRIDDED FV3GFS NEMSIO/NETCDF/GRIB2 FILE 0: NOTE from PE 0: ==> External_ic::get_nggps_ic: Reading processed IC 0: NOTE from PE 0: ==> External_ic::get_nggps_ic: IC has 128 levels 0: NOTE from PE 0: ==> External_ic::get_nggps_ic: using tiled data file INPUT/gfs_data.nc for NGGPS IC 0: NOTE from PE 0: ==> External_ic::get_nggps_ic: using tiled data file INPUT/sfc_data.nc for NGGPS IC 0: NOTE from PE 0: ==> External_ic::get_nggps_ic: using tiled data file INPUT/oro_data.nc for NGGPS IC 0: Tracer sphum initialized with surface value of 0.300000E-05 and vertical multiplier of 1.000000 0: Tracer liq_wat initialized with surface value of 0.100000E+31 and vertical multiplier of 1.000000 0: Tracer ice_wat initialized with surface value of 0.100000E+31 and vertical multiplier of 1.000000 0: Tracer rainwat initialized with surface value of 0.100000E+31 and vertical multiplier of 1.000000 0: Tracer snowwat initialized with surface value of 0.100000E+31 and vertical multiplier of 1.000000 0: Tracer graupel initialized with surface value of 0.100000E+31 and vertical multiplier of 1.000000 0: Tracer ice_nc initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer rain_nc initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer o3mr initialized with surface value of 0.100000E+31 and vertical multiplier of 1.000000 0: Tracer sgs_tke initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer so2 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer so4 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer dms initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer msa initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer bc1 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer bc2 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer oc1 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer oc2 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer dust1 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer dust2 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer dust3 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer dust4 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer dust5 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer seas1 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer seas2 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer seas3 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer seas4 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer seas5 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer nh3 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer nh4a initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer no3an1 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer no3an2 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 1: In remap_scalar: 1: ncnst = 35 1: nwat = 6 1: sphum = 1 1: clwmr = 2 1: liq_wat = 2 1: o3mr = 9 1: rainwat = 4 1: ice_wat = 3 1: snowwat = 5 1: graupel = 6 1: sgs_tke = 10 1: cld_amt = -2147483646 0: Tracer no3an3 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer pm25 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: Tracer pm10 initialized with surface value of 0.000000E+00 and vertical multiplier of 1.000000 0: ptop & ks 0.999000000000000 39 0: GFS ak(1)= 0.000000000000000E+000 ak(2)= 0.999000000000000 0: delz_model -16.0610351562469 -3108.71874999999 0: sphum_model 2.061414718627934E-002 0.000000000000000E+000 0: liq_wat_model 1.202400028099938E-003 0.000000000000000E+000 0: ice_wat_model 8.368379719904021E-004 0.000000000000000E+000 0: PS_model (mb) 1038.13726562500 522.233567954389 0: PT_model 311.823027246176 167.363601684570 0: Global Area= 510096496551866. 0: ZS_model 5387.07421875000 -29.8947391510010 0: 237.955169623124 0: ZS_data 5429.05566406250 -58.6308708190918 237.955166080851 0: ZS_diff (m) 669.515075683594 -663.561889648438 0: 3.542272479602132E-006 0: DATA_IC Z500 5646.11753276749 5529.29998622141 0: 5566.61280053661 5858.40608423141 0: fv3_IC Z500 5646.10851670842 5529.28308992066 0: 5566.60905363883 5858.39974787491 0: PS_diff (mb) 69.6133495035706 -75.7437344553163 0: -1.473663571349975E-002 0: done remap_scalar 150: 150: WARNING from PE 0: MEKE_init: Initializing MEKE with a local equilibrium balance. 150: 150: 150: WARNING from PE 0: KVML is a deprecated parameter. Use KV_ML_INVZ2 instead. 150: 150: MOM_in domain decomposition 150: whalo = 4, ehalo = 4, shalo = 4, nhalo = 4 150: X-AXIS = 72 72 72 72 72 150: Y-AXIS = 80 80 80 80 150: MOM_in domain decomposition 150: whalo = 2, ehalo = 2, shalo = 2, nhalo = 2 150: X-AXIS = 36 36 36 36 36 150: Y-AXIS = 40 40 40 40 150: 150: WARNING from PE 0: set_diffusivity_init: SIMPLE_TKE_TO_KD can not be used reliably with USE_REGRIDDING. 150: 0: done remap_dwinds 0: PS max = 1038.13726562500 min = 522.233567954389 0: T max = 311.823027246176 min = 167.363601684570 0: W max = 0.000000000000000E+000 min = 0.000000000000000E+000 0: SPHUM max = 2.061414718627934E-002 min = 0.000000000000000E+000 0: TS max = 343.493835449219 min = 218.181777954102 0: liq_wat max = 1.202400028099938E-003 min = 0.000000000000000E+000 0: ice_wat max = 8.368379719904021E-004 min = 0.000000000000000E+000 0: rainwat max = 2.928855040418616E-003 min = 0.000000000000000E+000 0: snowwat max = 2.072102623060683E-003 min = 0.000000000000000E+000 0: graupel max = 2.996962945623548E-003 min = 0.000000000000000E+000 0: O3MR max = 1.934374267875683E-005 min = 0.000000000000000E+000 0: sgs_tke max = 0.000000000000000E+000 min = 0.000000000000000E+000 0: IC generated from the specified external source 0: in fv_restart ncnst= 35 0: 0: fv_restart u = -2304774027462901166 0: fv_restart v = 711009161302954655 0: fv_restart w = 0 0: fv_restart delp = -5346451096496330963 0: fv_restart phis = 3871745845111445578 0: fv_restart pt = 6811460867411270754 150: 150: WARNING from PE 0: read_field_2d:time level specified, but the variable tideamp does not have an unlimited dimension in INPUT/tidal_amplitude.nc 150: 0: fv_restart q(prog) nq = 35 4664266202997637955 0: fv_restart sphum = -6284098028037323434 0: fv_restart liq_wat = -2386702866686437208 0: fv_restart ice_wat = 6116340220331017579 0: fv_restart rainwat = -7822175004579382372 0: fv_restart snowwat = -5621428966240595512 0: fv_restart graupel = 5039848293668296793 0: fv_restart ice_nc = 0 0: fv_restart rain_nc = 0 0: fv_restart o3mr = -464062364860163707 0: fv_restart sgs_tke = 0 0: fv_restart so2 = 3507032452353376001 0: fv_restart so4 = -2004699610168904037 0: fv_restart dms = 5613035993337597789 0: fv_restart msa = -8796711103733191549 0: fv_restart bc1 = 1862111851782053384 0: fv_restart bc2 = 5041344561884732783 0: fv_restart oc1 = 8138332938755989535 0: ZS 5387.07421875000 -29.8947391510010 237.955169623124 0: PS 1038.13752682497 522.234284804138 984.769090496884 0: T 311.823027246176 167.363601684570 286.663037982700 0: sphum 2.061414718627934E-002 0.000000000000000E+000 8.980097800211508E-003 0: liq_wat 1.202400028099938E-003 0.000000000000000E+000 4.822453535954025E-006 0: ice_wat 8.368379719904021E-004 0.000000000000000E+000 1.641265554014219E-006 0: rainwat 2.928855040418616E-003 0.000000000000000E+000 2.606595242636015E-006 150: 150: WARNING from PE 0: Unused line in INPUT/MOM_input : ODA_INCUPD_FILE = "mom6_increment.nc" 150: 150: 150: WARNING from PE 0: Unused line in INPUT/MOM_input : ODA_TEMPINC_VAR = "pt_inc" 150: 150: 150: WARNING from PE 0: Unused line in INPUT/MOM_input : ODA_SALTINC_VAR = "s_inc" 150: 150: 150: WARNING from PE 0: Unused line in INPUT/MOM_input : ODA_THK_VAR = "h_fg" 150: 150: 150: WARNING from PE 0: Unused line in INPUT/MOM_input : ODA_UINC_VAR = "u_inc" 150: 150: 150: WARNING from PE 0: Unused line in INPUT/MOM_input : ODA_VINC_VAR = "v_inc" 150: 150: 150: WARNING from PE 0: Unused line in INPUT/MOM_input : ODA_INCUPD_NHOURS = 6 150: 0: snowwat 2.072102623060683E-003 0.000000000000000E+000 1.518367396970252E-006 0: graupel 2.996962945623548E-003 0.000000000000000E+000 6.422085679773436E-008 0: ice_nc 0.000000000000000E+000 0.000000000000000E+000 0.000000000000000E+000 0: rain_nc 0.000000000000000E+000 0.000000000000000E+000 0.000000000000000E+000 0: o3mr 1.934374267875683E-005 0.000000000000000E+000 5.729899408147019E-008 0: sgs_tke 0.000000000000000E+000 0.000000000000000E+000 0.000000000000000E+000 0: so2 7.002622492912353E-002 0.000000000000000E+000 2.703647725985158E-004 0: so4 53.2804359553399 0.000000000000000E+000 0.778464455995664 0: dms 7.352568264052114E-004 0.000000000000000E+000 4.248580568200069E-005 0: msa 3.242377880053654E-005 0.000000000000000E+000 2.002517263272338E-006 0: bc1 9.28752731167727 0.000000000000000E+000 6.423316322654665E-002 0: bc2 8.26632066855684 0.000000000000000E+000 6.904596352964155E-002 0: oc1 53.0039737657821 0.000000000000000E+000 0.177176630580624 0: oc2 127.646208229485 0.000000000000000E+000 0.637652236708911 0: dust1 271.799199822107 0.000000000000000E+000 2.65679198520713 0: dust2 752.900397892222 0.000000000000000E+000 7.72067398622506 0: dust3 768.806685563521 0.000000000000000E+000 6.78597412627973 0: dust4 698.677692876770 0.000000000000000E+000 3.76369982537044 0: dust5 468.671874543618 0.000000000000000E+000 1.51322506407469 0: seas1 0.301241159439089 0.000000000000000E+000 1.395809875301377E-002 0: seas2 9.85049724578863 0.000000000000000E+000 0.454612840307510 0: seas3 103.662704467774 0.000000000000000E+000 4.59715479409549 0: seas4 395.125518798830 0.000000000000000E+000 16.7491626242639 0: seas5 173.603744506837 0.000000000000000E+000 6.52011503282259 0: nh3 0.000000000000000E+000 0.000000000000000E+000 0.000000000000000E+000 0: nh4a 0.000000000000000E+000 0.000000000000000E+000 0.000000000000000E+000 0: no3an1 0.000000000000000E+000 0.000000000000000E+000 0.000000000000000E+000 0: no3an2 0.000000000000000E+000 0.000000000000000E+000 0.000000000000000E+000 0: no3an3 0.000000000000000E+000 0.000000000000000E+000 0.000000000000000E+000 0: pm25 0.000000000000000E+000 0.000000000000000E+000 0.000000000000000E+000 0: pm10 0.000000000000000E+000 0.000000000000000E+000 0.000000000000000E+000 0: U max = 80.5581893920898 min = -93.0255753430635 0: V max = 93.6290399805352 min = -96.3397967059913 0: W 0.000000000000000E+000 0.000000000000000E+000 0.000000000000000E+000 0: 0: mp_top= 1 pfull= 1.278145952587115E-002 0: Mean specific humidity (mg/kg) above 75 mb= 2.17747436506735 0: Total surface pressure (mb) = 984.769090496884 0: mean dry surface pressure = 982.413932517952 0: Total Water Vapor (kg/m**2) = 23.9004454765906 0: --- Micro Phys water substances (kg/m**2) --- 0: Total cloud water= 4.493852826640621E-002 0: Total rain water= 1.023160407303421E-002 0: Total cloud ice = 3.864217746204542E-002 0: Total snow = 2.009704380308022E-002 0: Total graupel = 1.572922219340049E-003 0: --------------------------------------------- 0: NOTE from PE 0: READING FROM SST_restart DISABLED 0: Before adi: W max = 0.000000000000000E+000 min = 0.000000000000000E+000 0: NOTE from PE 0: Performing adiabatic init 1 times 0: Rayleigh_Super in sec tau= 864000.000000000 tau_w= 0: 864000.000000000 0: 1 1.278145952587115E-002 0: 2 2.033404212956711E-002 0: 3 3.177341991362952E-002 0: 4 4.878281803768066E-002 0: 5 7.361853747657485E-002 0: 6 0.109258677164013 0: 7 0.159539197333343 0: 8 0.229287749512703 0: 9 0.324474747713426 0: 10 0.452321543181841 0: 11 0.621393005556901 0: 12 0.841642626461572 0: 13 1.12439096128971 0: 14 1.48222921918871 0: 15 1.92887938247962 0: 16 2.47897567536641 0: 17 3.14775459239341 0: 18 3.95070657235955 0: 19 4.90319209402110 0: 20 6.02001878086204 0: 21 7.31502537129316 0: 22 8.80069372212914 150: 150: ======== COMPLETED MOM INITIALIZATION ======== 150: 150: InitializeAdvertise complete 0: 23 10.4878224457196 0: 24 12.3852795477062 0: 25 14.4998232418500 0: 26 16.8360569924405 0: 27 19.3965079376188 0: 28 22.1817844905081 0: 29 25.1909013640002 0: 30 28.4216819073677 0: 31 31.8712617570064 0: 32 35.5366720266330 0: 33 39.4154782596542 0: 34 43.5064876866930 0: 35 47.8104693727923 0: 36 52.3309244471058 0: 37 57.0748668583140 0: 38 62.0536322783225 0: 39 67.2837230551785 0: 40 72.7860784523596 0: Rayleigh_Super E-folding time (mb days): 0: 1 1.278145952587115E-002 10.0342525986639 0: 2 2.033404212956711E-002 10.2897718891738 0: 3 3.177341991362952E-002 10.7930338950461 0: 4 4.878281803768066E-002 11.5605067986771 0: 5 7.361853747657485E-002 12.6297825609083 0: 6 0.109258677164013 14.0636463253729 0: 7 0.159539197333343 15.9572369867685 0: 8 0.229287749512703 18.4509864084032 0: 9 0.324474747713426 21.7536868487115 0: 10 0.452321543181841 26.1804208847152 0: 11 0.621393005556901 32.2198742528588 0: 12 0.841642626461572 40.6571793006561 0: 13 1.12439096128971 52.8107094841405 0: 14 1.48222921918871 71.0209086457962 0: 15 1.92887938247962 99.7512381853547 0: 16 2.47897567536641 148.349338581412 0: 17 3.14775459239341 239.064137374931 0: 18 3.95070657235955 435.752513983552 0: 19 4.90319209402110 986.910287833492 0: 20 6.02001878086204 3680.48865641561 0: 21 7.31502537129316 284903.322287639 0: After adi: W max = 0.588070305237117 min = -0.493097567672242 0: na_ini Z500 5646.15598411545 5529.33208441157 0: 5566.64475472724 5858.45824568347 0: NO FLAG: gwd is generic 0: FLAG: satmedmf and isatedmf=1 so pbl not generic 0: NO FLAG: scnv is generic 0: NO FLAG: dcnv is generic 0: model init,iaufhrs= -1.00000000000000 -1.00000000000000 0: -1.00000000000000 -1.00000000000000 -1.00000000000000 0: -1.00000000000000 -1.00000000000000 0: dxmax= 18.1991080870045 dxmin= 24.5164135836650 dxinv= 0: -0.158295336600173 max_lon= 5000 max_lat= 2000 min_lon= 0: 192 min_lat= 94 rhc_max= 0.999999900000000 huge= 0: 9.969209968386869E+036 0: New Noah MP Land Surface Model will be used 0: The Physics options are 0: iopt_dveg = 4 0: iopt_crs = 2 0: iopt_btr = 1 0: iopt_run = 1 0: iopt_sfc = 3 0: iopt_frz = 1 0: iopt_inf = 1 0: iopt_rad = 3 0: iopt_alb = 1 0: iopt_snf = 4 0: iopt_tbot = 2 0: iopt_stc = 3 0: iopt_trs = 2 0: nst_anl= T use_ufo= T frac_grid= T ignore_lake= T frac_ice= F 0: min_lakeice= 0.150000000000000 min_seaice= 1.000000000000000E-006 0: min_lake_height= 250.000000000000 0: lake model parameters 0: lake master flag lkm : 0 0: NSSTM is active 0: nstf_name(1)= 2 0: nstf_name(2)= 0 0: nstf_name(3)= 0 0: nstf_name(4)= 0 0: nstf_name(5)= 0 0: scale & aerosol-aware mass-flux deep conv scheme 0: update version (May 2019) of sale-aware TKE-based moist EDMF scheme used 0: scale- & aerosol-aware mass-flux shallow conv scheme (2017) 0: GSL unified oragraphic gravity wave drag parameterization used 0: do_gwd= T 0: exponential-decorr cloud overlap for Radiation IOVR= 3 0: sub-grid cloud for Shortwave ISUBC_SW= 2 0: sub-grid cloud for Longwave ISUBC_LW= 2 0: Using Thompson double moment microphysics ltaerosol = F mraerosol = F 0: ttendlim = -999.000000000000 ext_diag_thompson = F dt_inner = 0: 720.000000000000 sedi_semi= T decfl= 10 effr_in = T lradar 0: = F nsfullradar_diag = -999.000000000000 num_p3d = 3 0: num_p2d = 1 0: num_p3d= 3 num_p2d= 1 crtrh= 0.900000000000000 0: 0.900000000000000 0.900000000000000 npdf3d= 0 pdfcld= F 0: shcnvcw= F cnvcld= T ncnvcld3d= 1 do_shoc= F nshoc3d= 0: 0 nshoc_2d= 0 shoc_cld= F nkbfshoc= -999 0: nahdshoc= -999 nscfshoc= -999 uni_cld= F ntot3d= 4 0: ntot2d= 1 shocaftcnv= F indcld= -1 shoc_parm= 0: 7000.00000000000 1.00000000000000 4.28571430000000 0: 0.700000000000000 -999.000000000000 ncnvw= 4 ncnvc= 0: -999 0: 0: basic control parameters 0: me : 0 0: master : 0 0: communicator : -1006632833 0: nlunit : 9999 0: fn_nml : using internal file 0: fhzero : 6.00000000000000 0: ldiag3d : F 0: qdiag3d : F 0: lssav : F 0: naux2d : 0 0: naux3d : 0 0: fhcyc : 24.0000000000000 0: thermodyn_id : 1 0: sfcpress_id : 1 0: gen_coord_hybrid : F 0: hydrostatic : F 0: 0: grid extent parameters 0: isc : 1 0: jsc : 1 0: nx : 32 0: ny : 12 0: levs : 127 0: cnx : 96 0: cny : 96 0: lonr : 384 0: latr : 192 0: blksz(1) : 32 0: blksz(nblks) : 32 0: Model%ncols : 384 0: 0: coupling parameters 0: cplflx : T 0: cplice : T 0: cplocn2atm : T 0: cplwav : T 0: cplwav2atm : T 0: cplaqm : F 0: cplchm : T 0: cpllnd : F 0: rrfs_sd : F 0: use_cice_alb : T 0: cpl_imp_mrg : F 0: cpl_imp_dbg : F 0: use_med_flux : F 0: 0: lsidea : F 0: 0: calendars and time parameters and activation triggers 0: dtp : 720.000000000000 0: dtf : 720.000000000000 0: nscyc : 120 0: nszero : 30 0: idat : 2021 3 22 0 0: 6 0 0 0 0: idate : 6 3 22 2021 0: 0: radiation control parameters 0: fhswr : 3600.00000000000 0: fhlwr : 3600.00000000000 0: nsswr : 5 0: nslwr : 5 0: nhfrad : 0 0: levr : 127 0: nfxr : 45 0: ntrcaer : 15 0: lmfshal : T 0: lmfdeep2 : T 0: nrcm : 2 0: iflip : 1 0: isol : 2 0: ico2 : 2 0: ialb : 2 0: iems : 2 0: iaer : 1011 0: iaermdl : 0 0: iaerflg : 0 0: lalw1bd : F 0: aeros_file : aerosol.dat 0: solar_file : solarconstant_noaa_a0.txt 0: semis_file : sfc_emissivity_idx.txt 0: icliq_sw : 2 0: icice_sw : 3 0: icliq_lw : 1 0: icice_lw : 3 0: iovr : 3 0: idcor : 1 0: dcorr_con : 2.50000000000000 0: ictm : 1 0: isubc_sw : 2 0: isubc_lw : 2 0: iswmode : 2 0: lcrick : F 0: lcnorm : F 0: lnoprec : F 0: lwhtr : T 0: swhtr : T 0: rad_hr_units : 2 0: inc_minor_gas : T 0: ipsd0 : 0 0: ipsdlim : 100000000 0: lrseeds : F 0: nrstreams : 2 0: lextop : F 0: 0: microphysical switch 0: imp_physics : 8 0: 0: Thompson microphysical parameters 0: ltaerosol : F 0: mraerosol : F 0: lradar : F 0: nsfullradar_diag : -999.000000000000 0: lrefres : F 0: ttendlim : -999.000000000000 0: ext_diag_thompson : F 0: dt_inner : 720.000000000000 0: sedi_semi : T 0: decfl : 10 0: 0: land/surface model parameters 0: lsm : 2 0: lsoil : 4 0: rdlai : F 0: lsoil_lsm : 4 0: lsnow_lsm : 3 0: lsnow_lsm_lbound : -2 0: lsnow_lsm_ubound : 0 0: zs (may be unset): -0.100000000000000 -0.400000000000000 0: -1.00000000000000 -2.00000000000000 0: dzs (may be unset): 0.100000000000000 0.300000000000000 0: 0.600000000000000 1.00000000000000 0: iopt_thcnd : 1 0: ua_phys : F 0: usemonalb : T 0: aoasis : 1.00000000000000 0: fasdas : 0 0: kice : 2 0: shape(pores) : 30 0: shape(resid) : 30 0: ivegsrc : 1 0: nvegcat : 20 0: isot : 1 0: nsoilcat : 16 0: Noah MP LSM is used, the options are 0: iopt_dveg : 4 0: iopt_crs : 2 0: iopt_btr : 1 0: iopt_run : 1 0: iopt_sfc : 3 0: iopt_frz : 1 0: iopt_inf : 1 0: iopt_rad : 3 0: iopt_alb : 1 0: iopt_snf : 4 0: iopt_tbot : 2 0: iopt_stc : 3 0: iopt_trs : 2 0: use_ufo : T 0: lcurr_sf : F 0: pert_cd : F 0: ntsflg : 0 0: sfenth : 0.000000000000000E+000 0: 0: flake model parameters 0: lkm : 0 0: 0: tuning parameters for physical parameterizations 0: ras : F 0: flipv : T 0: trans_trac : T 0: old_monin : F 0: do_gwd : T 0: cnvgwd : T 0: do_cnvgwd : F 0: mstrat : F 0: moist_adj : F 0: cscnv : F 0: cal_pre : F 0: do_aw : F 0: flx_form : F 0: do_shoc : F 0: shoc_parm : 7000.00000000000 1.00000000000000 0: 4.28571430000000 0.700000000000000 -999.000000000000 0: shocaftcnv : F 0: shoc_cld : F 0: uni_cld : F 0: oz_phys : F 0: oz_phys_2015 : T 0: h2o_phys : T 0: pdfcld : F 0: shcnvcw : F 0: redrag : T 0: hybedmf : F 0: satmedmf : T 0: isatmedmf : 1 0: shinhong : F 0: do_ysu : F 0: dspheat : T 0: lheatstrg : F 0: lseaspray : T 0: cnvcld : T 0: random_clds : F 0: shal_cnv : T 0: imfshalcnv : 2 0: imfdeepcnv : 2 0: do_deep : T 0: nmtvr : 24 0: jcap : 1 0: cs_parm : 8.00000000000000 4.00000000000000 0: 1000.00000000000 3500.00000000000 20.0000000000000 0: 1.00000000000000 -999.000000000000 1.00000000000000 0: 0.600000000000000 0.000000000000000E+000 0: flgmin : 0.180000000000000 0.220000000000000 0: cgwf : 0.500000000000000 5.000000000000000E-002 0: ccwf : 1.00000000000000 1.00000000000000 0: cdmbgwd : 0.140000000000000 1.80000000000000 0: 1.00000000000000 1.00000000000000 0: sup : 1.00000000000000 0: ctei_rm : 10.0000000000000 10.0000000000000 0: crtrh : 0.900000000000000 0.900000000000000 0: 0.900000000000000 0: dlqf : 0.150000000000000 0.150000000000000 0: seed0 : 0 0: rbcr : 0.250000000000000 0: do_mynnedmf : F 0: do_mynnsfclay : F 0: diag_flux : F 0: diag_log : F 0: do_myjsfc : F 0: do_myjpbl : F 0: do_ugwp : F 0: gwd_opt : 2 0: do_ugwp_v0 : T 0: do_ugwp_v0_orog_only : F 0: do_ugwp_v0_nst_only : F 0: do_gsl_drag_ls_bl : F 0: do_gsl_drag_ss : T 0: do_gsl_drag_tofd : F 0: do_ugwp_v1 : F 0: do_ugwp_v1_orog_only : F 0: do_ugwp_v1_w_gsldrag : F 0: hurr_pbl : F 0: var_ric : 1.00000000000000 0: coef_ric_l : 0.160000000000000 0: coef_ric_s : 0.250000000000000 0: 0: Rayleigh friction 0: prslrd0 : 0.000000000000000E+000 0: ral_ts : 0.000000000000000E+000 0: 0: mass flux deep convection 0: clam_deep : 0.100000000000000 0: c0s_deep : 2.000000000000000E-003 0: c1_deep : 2.000000000000000E-003 0: betal_deep : 5.000000000000000E-002 0: betas_deep : 5.000000000000000E-002 0: evef : 9.000000000000000E-002 0: evfact_deep : 0.300000000000000 0: evfactl_deep : 0.300000000000000 0: pgcon_deep : 0.550000000000000 0: asolfac_deep : 0.958000000000000 0: 0: mass flux shallow convection 0: clam_shal : 0.300000000000000 0: c0s_shal : 2.000000000000000E-003 0: c1_shal : 5.000000000000000E-004 0: pgcon_shal : 0.550000000000000 0: asolfac_shal : 0.958000000000000 0: 0: near surface sea temperature model 0: nst_anl : T 0: nstf_name : 2 0 0 0 0: 0 0: lsea : 0 0: 0: surface layer options 0: sfc_z0_type : -1 0: 0: vertical diffusion coefficients 0: xkzm_m : 1.00000000000000 0: xkzm_h : 1.00000000000000 0: xkzm_s : 1.00000000000000 0: xkzminv : 0.300000000000000 0: moninq_fac : 1.00000000000000 0: dspfac : 1.00000000000000 0: bl_upfr : 0.130000000000000 0: bl_dnfr : 0.100000000000000 0: rlmx : 300.000000000000 0: elmx : 300.000000000000 0: sfc_rlm : 0 0: tc_pbl : 0 0: 0: parameters for canopy heat storage parametrization 0: h0facu : 0.250000000000000 0: h0facs : 1.00000000000000 0: 0: stochastic physics 0: do_sppt : F 0: pert_mp : F 0: pert_clds : F 0: pert_radtend : T 0: do_shum : F 0: do_skeb : F 0: lndp_type : 0 0: n_var_lndp : 0 0: lndp_each_step : F 0: do_spp : F 0: n_var_spp : 0 0: 0: cellular automata 0: nca : 1 0: ncells : 5 0: nlives : 12 0: nca_g : 0 0: ncells_g : 1 0: nlives_g : 100 0: nfracseed : 0.500000000000000 0: nseed_g : 100 0: nseed : 1 0: ca_global : F 0: ca_sgs : T 0: do_ca : T 0: iseed_ca : 12345 0: ca_smooth : F 0: nspinup : 1 0: nthresh : 18.0000000000000 0: ca_amplitude : 0.350000000000000 0: nsmooth : 100 0: ca_closure : F 0: ca_entr : F 0: ca_trigger : T 0: 0: tracers 0: tracer_names : sphum 0: liq_wat ice_wat 0: rainwat snowwat 0: graupel ice_nc 0: rain_nc o3mr 0: sgs_tke so2 0: so4 dms 0: msa bc1 0: bc2 oc1 0: oc2 dust1 0: dust2 dust3 0: dust4 dust5 0: seas1 seas2 0: seas3 seas4 0: seas5 nh3 0: nh4a no3an1 0: no3an2 no3an3 0: pm25 pm10 0: ntrac : 35 0: nqrimef : -99 0: ntqv : 1 0: ntoz : 9 0: ntcw : 2 0: ntiw : 3 0: ntrw : 4 0: ntsw : 5 0: ntgl : 6 0: nthl : -99 0: ntclamt : -99 0: ntlnc : -99 0: ntinc : 7 0: ntrnc : 8 0: ntsnc : -99 0: ntgnc : -99 0: nthnc : -99 0: ntccn : -99 0: ntccna : -99 0: ntgv : -99 0: nthv : -99 0: ntke : 10 0: ntsigma : -99 0: nto : 0 0: nto2 : 0 0: ntwa : -99 0: ntia : -99 0: ntsmoke : 0 0: ntdust : 0 0: ntcoarsepm : 0 0: nchem : 0 0: ndvel : 0 0: ntchm : 23 0: ntchs : 11 0: ntche : 33 0: ndchm : 2 0: ndchs : 34 0: ndche : 35 0: fscav : 0.000000000000000E+000 0.300000000000000 0: 0.000000000000000E+000 0.000000000000000E+000 0.600000000000000 0: 0.600000000000000 0.400000000000000 0.400000000000000 0: 0.600000000000000 0.600000000000000 0.600000000000000 0: 0.600000000000000 0.600000000000000 0.500000000000000 0: 0.500000000000000 0.500000000000000 0.500000000000000 0: 0.500000000000000 0.400000000000000 0.300000000000000 0: 0.300000000000000 0.300000000000000 0.300000000000000 0: 0: derived totals for phy_f*d 0: ntot2d : 1 0: ntot3d : 4 0: num_p2d : 1 0: num_p3d : 3 0: nshoc_2d : 0 0: nshoc_3d : 0 0: ncnvcld3d : 1 0: npdf3d : 0 0: nctp : 0 0: nkbfshoc : -999 0: nahdshoc : -999 0: nscfshoc : -999 0: 0: debug flags 0: debug : F 0: pre_rad : F 0: 0: variables modified at each time step 0: ipt : 1 0: lprnt : F 0: lsswr : F 0: lslwr : F 0: solhr : -9999.00000000000 0: solcon : -9999.00000000000 0: slag : -9999.00000000000 0: sdec : -9999.00000000000 0: cdec : -9999.00000000000 0: clstp : -9999.00000000000 0: phour : 0.000000000000000E+000 0: fhour : 0.200000000000000 0: zhour : 0.000000000000000E+000 0: kdt : 1 0: jdat : 2021 3 22 0 0: 6 0 0 0 0: si : 1.00000000000000 0.997528175629385 0: 0.994907629792471 0.992130128615825 0.989187273055374 0: 0.986070386741341 0.982770279375861 0.979277567774885 0: 0.975582425589372 0.971674739729238 0.967544084224428 0: 0.963179798918027 0.958571081167136 0.953706775448494 0: 0.948575634014887 0.943166277940900 0.937467236731009 0: 0.931467130021346 0.925154478362437 0.918518003222159 0: 0.911546619077942 0.904229463940138 0.896556130792743 0: 0.888516558899998 0.880101524988142 0.871302205071827 0: 0.862110775898496 0.852520266646893 0.842524900368867 0: 0.832119935949332 0.821302159941848 0.810069638135391 0: 0.798422137127708 0.786361136286950 0.773889909060145 0: 0.761013774021813 0.747739936964688 0.734077861164898 0: 0.720039068295379 0.705637339081685 0.690888733563729 0: 0.675811400701597 0.660425738246361 0.644754301562272 0: 0.628821642448268 0.612654157828805 0.596280067661363 0: 0.579729122318216 0.563032500754683 0.546222466451951 0: 0.529332265193022 0.512395741658978 0.495447185112143 0: 0.478520976646491 0.461651325262018 0.444872004200663 0: 0.428216147544351 0.411715846941832 0.395402068338675 0: 0.379304329227978 0.363450566033708 0.347866951624324 0: 0.332577673872156 0.317604924084078 0.302968775300336 0: 0.288687101770685 0.274775568823521 0.261247553126628 0: 0.248114331381367 0.235384826828937 0.223065670723958 0: 0.211161218438759 0.199674018912854 0.188604747659935 0: 0.177952397685125 0.167714391447590 0.157886662561321 0: 0.148463886843552 0.139439515322732 0.130805954632605 0: 0.122554719498295 0.114676464436595 0.107161234543038 0: 9.999847784583635E-002 9.317715635311322E-002 8.668590736216585E-002 0: 8.051311424476812E-002 7.464693867053275E-002 6.907545034665577E-002 0: 6.378414725253496E-002 5.875063105729510E-002 5.395580460743946E-002 0: 4.938608770492590E-002 4.503258808344925E-002 4.089026251539356E-002 0: 3.695715687342430E-002 3.323362645342045E-002 2.972159577472666E-002 0: 2.642387759638509E-002 2.334346232537738E-002 2.048296533414625E-002 0: 1.784403480079710E-002 1.542694706656915E-002 1.323022173196655E-002 0: 1.125036505417902E-002 9.481810731102101E-003 7.916831077367344E-003 0: 6.545704802951868E-003 5.356904530447825E-003 4.337392874961580E-003 0: 3.472967870662746E-003 2.748677482643031E-003 2.149224249445104E-003 0: 1.659389664251415E-003 1.264369732103256E-003 9.501203964498008E-004 0: 7.036240110573606E-004 5.130571186189143E-004 3.678990133838083E-004 0: 2.590106957975337E-004 1.786052645118110E-004 1.201887004047540E-004 0: 7.844143462120094E-005 4.911965527298908E-005 2.886779016947821E-005 0: 1.512968284779832E-005 5.980813963317536E-006 0.000000000000000E+000 0: sec : 0.000000000000000E+000 0: first_time_step : T 0: restart : F 0: lsm_cold_start : T 0: 0: lightning threat indexes 0: lightning_threat : F 0: in iau_init -1.00000000000000 0: nfiles = 0 0: in fv3gfs_diag_register, nrgst_bl= 59 nrgst_nb= 228 0: nrgst_vctbl= 2 isco= 1 32 jsco= 1 0: 12 num_axes_phys= 3 0: NOTE from PE 0: reading topographic/orographic information from INPUT/oro_data.tile*.nc 0: NOTE from PE 0: reading topographic/orographic information from INPUT/oro_data_ls.tile*.nc 0: NOTE from PE 0: reading topographic/orographic information from INPUT/oro_data_ss.tile*.nc 0: NOTE from PE 0: reading surface properties data from INPUT/sfc_data.tile*.nc 0: NOTE from PE 0: gfs_driver:: - after put to container 0: NOTE from PE 0: gfs_driver::surface_props_input - computing snodl 0: NOTE from PE 0: gfs_driver::surface_props_input - computing weasdl 0: NOTE from PE 0: gfs_driver::surface_props_input - computing zorlw 0: NOTE from PE 0: gfs_driver::surface_props_input - computing zorli 0: NOTE from PE 0: gfs_driver::surface_props_input - computing emis_ice 0: NOTE from PE 0: gfs_driver::surface_props_input - computing sncovr_ice 0: NOTE from PE 0: gfs_driver::surface_props_input - computing snodi 0: NOTE from PE 0: gfs_driver::surface_props_input - computing weasdi 0: NOTE from PE 0: gfs_driver::surface_props_input - computing composite tsfc 0: NOTE from PE 0: gfs_driver::surface_props_input - computing zorlwav 0: NOTE from PE 0: gfs_driver::surface_props_input - computing tiice 0: NOTE from PE 0: No physics restarts - cold starting physical parameterizations 0: In rad_initialize (GFS_rrtmg_setup_init), before calling RRTMG initialization 0: si = 1.00000000000000 0.997528175629385 0.994907629792471 0: 0.992130128615825 0.989187273055374 0.986070386741341 0: 0.982770279375861 0.979277567774885 0.975582425589372 0: 0.971674739729238 0.967544084224428 0.963179798918027 0: 0.958571081167136 0.953706775448494 0.948575634014887 0: 0.943166277940900 0.937467236731009 0.931467130021346 0: 0.925154478362437 0.918518003222159 0.911546619077942 0: 0.904229463940138 0.896556130792743 0.888516558899998 0: 0.880101524988142 0.871302205071827 0.862110775898496 0: 0.852520266646893 0.842524900368867 0.832119935949332 0: 0.821302159941848 0.810069638135391 0.798422137127708 0: 0.786361136286950 0.773889909060145 0.761013774021813 0: 0.747739936964688 0.734077861164898 0.720039068295379 0: 0.705637339081685 0.690888733563729 0.675811400701597 0: 0.660425738246361 0.644754301562272 0.628821642448268 0: 0.612654157828805 0.596280067661363 0.579729122318216 0: 0.563032500754683 0.546222466451951 0.529332265193022 0: 0.512395741658978 0.495447185112143 0.478520976646491 0: 0.461651325262018 0.444872004200663 0.428216147544351 0: 0.411715846941832 0.395402068338675 0.379304329227978 0: 0.363450566033708 0.347866951624324 0.332577673872156 0: 0.317604924084078 0.302968775300336 0.288687101770685 0: 0.274775568823521 0.261247553126628 0.248114331381367 0: 0.235384826828937 0.223065670723958 0.211161218438759 0: 0.199674018912854 0.188604747659935 0.177952397685125 0: 0.167714391447590 0.157886662561321 0.148463886843552 0: 0.139439515322732 0.130805954632605 0.122554719498295 0: 0.114676464436595 0.107161234543038 9.999847784583635E-002 0: 9.317715635311322E-002 8.668590736216585E-002 8.051311424476812E-002 0: 7.464693867053275E-002 6.907545034665577E-002 6.378414725253496E-002 0: 5.875063105729510E-002 5.395580460743946E-002 4.938608770492590E-002 0: 4.503258808344925E-002 4.089026251539356E-002 3.695715687342430E-002 0: 3.323362645342045E-002 2.972159577472666E-002 2.642387759638509E-002 0: 2.334346232537738E-002 2.048296533414625E-002 1.784403480079710E-002 0: 1.542694706656915E-002 1.323022173196655E-002 1.125036505417902E-002 0: 9.481810731102101E-003 7.916831077367344E-003 6.545704802951868E-003 0: 5.356904530447825E-003 4.337392874961580E-003 3.472967870662746E-003 0: 2.748677482643031E-003 2.149224249445104E-003 1.659389664251415E-003 0: 1.264369732103256E-003 9.501203964498008E-004 7.036240110573606E-004 0: 5.130571186189143E-004 3.678990133838083E-004 2.590106957975337E-004 0: 1.786052645118110E-004 1.201887004047540E-004 7.844143462120094E-005 0: 4.911965527298908E-005 2.886779016947821E-005 1.512968284779832E-005 0: 5.980813963317536E-006 0.000000000000000E+000 0: levr= 127 ictm= 1 isol= 2 ico2= 2 0: iaermdl= 1 iaerflg= 11 0: np3d= 3 ntoz= 9 iovr= 3 isubcsw= 2 0: isubclw= 2 icliq_sw= 2 iflip= 1 me= 0: 0 0: lcrick= F lcnorm= F lnoprec= F 0: lextop= F ltp= 0 0: NCEP-Radiation_astronomy v5.2 Jan 2013 0: - Using NOAA annual mean TSI table in TIM scale 0: with cycle approximation (new values)! 0: NCEP-Radiation_aerosols v5.2 Jan 2013 0: - Using GOCART-climatology for tropospheric aerosol effect 0: IAER= 11 LW-trop-aer= T SW-trop-aer= T Volc-aer= F 0: - No stratospheric volcanic aerosol effect 0: - Compute multi-band aerosol optical properties for SW input parameters 0: - Compute multi-band aerosol optical properties for LW input parameters 0: NCEP-Radiation_gases v5.1 Nov 2012 0: - Using interactive ozone distribution 0: - Using observed co2 monthly 2-d data 0: NCEP-Radiation_clouds v5.1 Nov 2012 0: - Using Prognostic Cloud Method 0: --- Thompson cloud microphysics 0: - Using AER Longwave Radiation, Version: 0: NCEP LW v5.1 Nov 2012 -RRTMG-LW v4.82 0: --- Include rare gases N2O, CH4, O2, CFCs absorptions in LW 0: --- Using MCICA sub-colum clouds approximation 0: with provided input array of permutation seeds 0: - Using AER Shortwave Radiation, Version: 0: NCEP SW v5.1 Nov 2012 -RRTMG-SW v3.8 0: --- PIFM 2-stream transfer scheme 0: --- Include rare gases N2O, CH4, O2, absorptions in SW 0: --- Using MCICA sub-colum clouds approximation 0: with provided input array of permutation seeds 0: Radiation sub-cloud initial seed = 47528 IC-idate = 6 0: 3 22 2021 0: return from rad_initialize (GFS_rrtmg_setup_init) - after calling RRTMG initia 0: lization 0: Reading in o3data from global_o3prdlos.f77 0: oz_coeff = 6 0: latsozp = 71 0: levozp = 53 0: timeoz = 12 0: Reading in h2odata from global_h2oprdlos.f77 0: h2o_coeff = 3 0: latsh2o = 73 0: levh2o = 72 0: timeh2o = 12 0: GFS is bottom-up 0: MERRA2 dim: 576 361 72 0: GFS_phys_time_vary_init: compute sncovr from weasd and soil vegetation parameters 0: GFS_phys_time_vary_init: initialize albedo for land and ice 0: In GFS_radiation_surface_init, before calling sfc_init 0: ialb= 2 iems= 2 0: NCEP-Radiation_surface v5.1 Nov 2012 0: - Using Albedo From Land Model 0: - Using Surface Emissivity From Land Model 0: ugwp_v0: init_gw_wmsdis_control 0: ugwp_v0: WMSDIS launch layer 54 0: ugwp_v0: WMSDID tot_mflux in mpa 30.0000000000000 0: 0: ugwp_v0: zcimin= 0.500000000000000 0: ugwp_v0: zcimax= 125.000000000000 0: ugwp_v0: cd_crit= 0.250000000000000 0: ugwp_v0: launch_level 54 0: ugwp_v0 zms_l= 2000.00000000000 0: ugwp_vgw nslope= 1.00000000000000 0: 0: Using non-aerosol-aware version of Thompson microphysics 0: creating microphysics lookup tables ... 0: using: mu_c_o=15.00 mu_i= 0.00 mu_r= 0.00 mu_g= 0.00 0: calling table_ccnAct routine 0: creating qc collision eff tables 0: creating rain evap table 0: creating ice converting to snow table 0: Calculating Thompson tables part 1 took 0.290 seconds. 0: Calling radar_init took 0.000 seconds. 0: creating rain collecting graupel table 0: Computing rain collecting graupel table took 0.094 seconds. 0: creating rain collecting snow table 0: Computing rain collecting snow table took 0.103 seconds. 0: creating freezing of water drops table 0: Computing freezing of water drops table took 0.374 seconds. 0: Calculating Thompson tables part 2 took 0.374 seconds. 0: ... DONE microphysical lookup tables 0: NOTE from PE 0: before create fcst grid 0: dateS=hours since 2021-03-22 06:00:00date_init= 2021 3 0: 22 6 0 0 0: in fv_phys bundle,nbdl= 2 0: add 3D field to after nearest_stod, fld=cldfra 0: fcst_initialize: total number of field bundles: 5 0: fcst_initialize total time: 13.8740318841301 0: fv3_cap: field bundles in fcstComp export state, FBCount= 3 0: af allco wrtComp,write_groups= 1 144: NOTE from PE 0: MPP_DOMAINS_SET_STACK_SIZE: stack size set to 32768. 144: &MPP_IO_NML 144: HEADER_BUFFER_VAL = 16384, 144: GLOBAL_FIELD_ON_ROOT_PE = T, 144: IO_CLOCKS_ON = F, 144: SHUFFLE = 1, 144: DEFLATE_LEVEL = 1, 144: CF_COMPLIANCE = F 144: / 144: NOTE from PE 0: MPP_IO_SET_STACK_SIZE: stack size set to 131072. 144: NOTE from PE 0: MPP_DOMAINS_SET_STACK_SIZE: stack size set to 8000000. 144: num_files= 2 144: num_file= 1 filename_base= atm output_file= netcdf 144: num_file= 2 filename_base= sfc output_file= netcdf 144: grid_id= 1 output_grid= cubed_sphere_grid 144: ideflate= 0 nbits= 0 0: af wrtState reconcile, FBcount= 3 0: af get wrtfb=output_atm_bilinear rc= 0 0: af get wrtfb=output_sfc_bilinear rc= 0 0: af get wrtfb=output_sfc_nearest_stod rc= 0 0: in fv3cap init, time wrtcrt/regrdst 2.30401409766637 0: in fv3 cap init, output_startfh= 0.000000000000000E+000 nsout= -1 0: iau_offset= 0 nfhmax_hf= -1 nfhout_hf= -1 nfhout= 0: -1 0: output_fh= 0.200000000000000 21.0000000000000 0: 24.0000000000000 lflname_fulltime= F 0: fcst_advertise, cpl_grid_id= 1 0: in fv3_cap, aft import, export fields in atmos 0: in fv3_cap, init time= 16.5539873631205 150: mesh file for mom6 domain is mesh.mx100.nc 180: *** WAVEWATCH III Program shell *** 180: =============================================== 180: WW3 runtype is initial 180: Time interval : 180: -------------------------------------------------- 180: Starting time : 2021/03/22 06:00:00 UTC 180: start_ymd, stop_ymd = 20210322 20210323 180: Hybrid MPI/OMP thread support level: 180: Requested: 1 180: Provided: 1 180: 180: 180: Input fields : 180: -------------------------------------------------- 180: water levels ---/NO 180: currents YES/-- (coupling field) 180: winds YES/-- (coupling field) 180: ice fields YES/-- (coupling field) 180: momentum ---/NO 180: air density ---/NO 180: mean param. ---/NO 180: 1D spectra ---/NO 180: 2D spectra ---/NO 180: 0: fcst_realize, cpl_grid_id= 1 0: zeroing coupling accumulated fields at kdt= 1 0: zeroing coupling accumulated fields at kdt= 1 180: Fields : Wind speed 180: Wave height 180: Peak frequency 180: Peak direction 180: Part. wave height 180: Part. peak period 180: Part. mean direction 180: Point 1 : -85.08 -19.42 32012 180: 2 : -90.00 -55.00 34002 180: 3 : -72.52 34.50 41001 180: 4 : -74.93 31.89 41002 180: 5 : -79.10 32.50 41004 180: 6 : -80.87 31.40 41008 180: 7 : -80.18 28.51 41009 180: 8 : -78.49 28.88 41010 180: 9 : -77.74 33.44 41013 180: 10 : -78.48 33.84 41024 180: 11 : -75.36 35.03 41025 180: 12 : -79.62 32.80 41029 180: 13 : -80.41 32.28 41033 180: 14 : -77.36 33.99 41037 180: 15 : -77.71 34.14 41038 180: 16 : -53.04 14.55 41040 180: 17 : -46.09 14.31 41041 180: 18 : -64.83 21.12 41043 180: 19 : -58.63 21.58 41044 180: 20 : -68.38 23.82 41046 180: 21 : -71.49 27.51 41047 180: 22 : -69.58 31.84 41048 180: 23 : -62.94 27.49 41049 180: 24 : -65.00 18.26 41051 180: 25 : -64.76 18.25 41052 180: 26 : -65.46 18.26 41056 180: 27 : -65.16 18.48 41058 180: 28 : -51.02 14.82 41060 180: 29 : -75.10 35.78 41062 180: 30 : -75.94 34.78 41063 180: 31 : -76.95 34.21 41064 180: 32 : -78.01 33.72 41108 180: 33 : -77.72 34.14 41110 180: 34 : -81.29 30.71 41112 180: 35 : -80.53 28.40 41113 180: 36 : -80.19 28.52 41116 180: 37 : -81.08 30.00 41117 180: 38 : -80.59 28.61 41118 180: 39 : -78.48 33.84 41119 180: 40 : -76.95 34.21 41159 180: 41 : -89.65 25.96 42001 180: 42 : -93.76 26.09 42002 180: 43 : -85.61 25.92 42003 180: 44 : -87.55 30.06 42012 180: 45 : -95.35 27.91 42019 180: 46 : -96.69 26.97 42020 180: 47 : -83.74 27.50 42022 180: 48 : -83.09 26.01 42023 180: 49 : -83.47 25.17 42026 180: 50 : -94.41 29.23 42035 180: 51 : -84.52 28.50 42036 180: 52 : -86.01 28.79 42039 180: 53 : -88.23 29.21 42040 180: 54 : -94.90 28.98 42043 180: 55 : -96.50 26.22 42045 180: 56 : -94.04 27.89 42046 180: 57 : -93.60 27.90 42047 180: 58 : -93.94 22.12 42055 180: 59 : -84.95 19.81 42056 180: 60 : -81.42 16.91 42057 180: 61 : -74.56 14.77 42058 180: 62 : -67.48 15.25 42059 180: 63 : -63.35 16.41 42060 180: 64 : -81.25 24.50 42078 180: 65 : -81.24 24.53 42079 180: 66 : -66.53 17.87 42085 180: 67 : -60.85 11.19 42087 180: 68 : -60.52 11.30 42088 180: 69 : -80.06 19.70 42089 180: 70 : -69.58 18.43 42090 180: 71 : -81.97 24.41 42095 180: 72 : -83.65 25.70 42097 180: 73 : -84.28 27.34 42099 180: 74 : -90.46 26.69 42360 180: 75 : -92.49 27.55 42361 180: 76 : -90.65 27.80 42362 180: 77 : -89.22 28.16 42363 180: 78 : -88.09 29.06 42364 180: 79 : -90.28 27.21 42369 180: 80 : -88.29 28.52 42375 180: 81 : -94.90 26.13 42390 180: 82 : -90.03 27.20 42392 180: 83 : -89.24 28.16 42394 180: 84 : -90.79 26.40 42395 180: 85 : -125.03 10.05 43010 180: 86 : -69.13 43.20 44005 180: 87 : -70.14 43.53 44007 180: 88 : -69.25 40.50 44008 180: 89 : -74.70 38.46 44009 180: 90 : -66.59 41.07 44011 180: 91 : -70.65 42.35 44013 180: 92 : -74.84 36.61 44014 180: 93 : -72.05 40.69 44017 180: 94 : -70.14 42.21 44018 180: 95 : -70.28 41.49 44020 180: 96 : -73.73 40.88 44022 180: 97 : -65.91 42.33 44024 180: 98 : -73.16 40.25 44025 180: 99 : -67.30 44.28 44027 180: 100 : -70.57 42.52 44029 180: 101 : -70.43 43.18 44030 180: 102 : -69.36 43.72 44032 180: 103 : -69.00 44.06 44033 180: 104 : -68.11 44.10 44034 180: 105 : -67.88 43.50 44037 180: 106 : -73.58 40.96 44040 180: 107 : -75.71 36.20 44056 180: 108 : -73.70 40.37 44065 180: 109 : -72.64 39.62 44066 180: 110 : -73.09 40.70 44069 180: 111 : -70.54 43.02 44073 180: 112 : -75.42 36.00 44086 180: 113 : -74.84 36.61 44088 180: 114 : -75.33 37.76 44089 180: 115 : -70.33 41.84 44090 180: 116 : -73.77 39.78 44091 180: 117 : -75.49 36.87 44093 180: 118 : -75.33 35.75 44095 180: 119 : -75.81 37.02 44096 180: 120 : -71.13 40.97 44097 180: 121 : -70.17 42.80 44098 180: 122 : -75.72 36.91 44099 180: 123 : -75.59 36.26 44100 180: 124 : -62.00 42.26 44137 180: 125 : -57.10 44.24 44139 180: 126 : -64.02 42.50 44150 180: 127 : -63.40 44.50 44258 180: 128 : -147.95 56.23 46001 180: 129 : -130.54 42.61 46002 180: 130 : -136.10 50.93 46004 180: 131 : -131.08 46.13 46005 180: 132 : -137.40 40.78 46006 180: 133 : -121.02 34.96 46011 180: 134 : -160.00 57.70 46021 180: 135 : -120.97 34.71 46023 180: 136 : -119.20 33.00 46024 180: 137 : -119.05 33.76 46025 180: 138 : -121.86 35.70 46028 180: 139 : -177.71 57.02 46035 180: 140 : -122.40 36.78 46042 180: 141 : -119.51 32.40 46047 180: 142 : -120.48 34.26 46054 180: 143 : -129.95 38.09 46059 180: 144 : -146.80 60.58 46060 180: 145 : -154.99 52.76 46066 180: 146 : -120.21 33.68 46069 180: 147 : 175.15 55.08 46070 180: 148 : 179.01 51.12 46071 180: 149 : -172.09 51.67 46072 180: 150 : -172.00 55.03 46073 180: 151 : -160.82 53.98 46075 180: 152 : -147.99 59.50 46076 180: 153 : -152.58 55.56 46078 180: 154 : -150.04 57.95 46080 180: 155 : -143.37 59.68 46082 180: 156 : -138.00 58.30 46083 180: 157 : -136.10 56.62 46084 180: 158 : -142.88 55.88 46085 180: 159 : -118.05 32.50 46086 180: 160 : -125.77 45.92 46089 180: 161 : -122.03 36.75 46092 180: 162 : -122.35 36.72 46114 180: 163 : -131.22 51.83 46147 180: 164 : -131.10 53.62 46183 180: 165 : -138.85 53.91 46184 180: 166 : -129.79 52.42 46185 180: 167 : -128.77 51.38 46204 180: 168 : -134.32 54.19 46205 180: 169 : -126.00 48.84 46206 180: 170 : -129.92 50.87 46207 180: 171 : -132.69 52.52 46208 180: 172 : -123.47 37.95 46214 180: 173 : -120.78 34.45 46218 180: 174 : -119.88 33.22 46219 180: 175 : -118.63 33.85 46221 180: 176 : -118.32 33.62 46222 180: 177 : -117.39 32.93 46225 180: 178 : -117.37 32.75 46231 180: 179 : -117.42 32.53 46232 180: 180 : -117.17 32.57 46235 180: 181 : -122.10 36.34 46239 180: 182 : -145.20 50.03 46246 180: 183 : -119.56 33.76 46251 180: 184 : -118.18 33.58 46253 180: 185 : -117.27 32.87 46254 180: 186 : -119.65 33.40 46255 180: 187 : -118.20 33.70 46256 180: 188 : -120.77 34.44 46257 180: 189 : -117.50 32.75 46258 180: 190 : -121.50 34.77 46259 180: 191 : -119.00 33.70 46262 180: 192 : -151.70 57.48 46264 180: 193 : -165.48 64.47 46265 180: 194 : -153.78 23.53 51000 180: 195 : -162.00 24.45 51001 180: 196 : -157.74 17.04 51002 180: 197 : -160.66 19.17 51003 180: 198 : -152.36 17.60 51004 180: 199 : -162.07 24.36 51101 180: 200 : -158.12 21.67 51201 180: 201 : -157.68 21.42 51202 180: 202 : -157.01 20.79 51203 180: 203 : -158.12 21.28 51204 180: 204 : -156.43 21.02 51205 180: 205 : -154.97 19.78 51206 180: 206 : -157.75 21.48 51207 180: 207 : -159.57 22.28 51208 180: 208 : -170.49 -14.26 51209 180: 209 : -157.76 21.48 51210 180: 210 : -157.96 21.30 51211 180: 211 : -158.15 21.32 51212 180: 212 : -157.00 20.75 51213 180: 213 : 144.79 13.35 52200 180: 214 : 171.39 7.08 52201 180: 215 : 144.81 13.68 52202 180: 216 : 145.66 15.27 52211 180: 217 : 134.67 7.63 52212 180: 218 : -5.00 45.23 62001 180: 219 : -12.43 48.72 62029 180: 220 : -4.40 50.00 62050 180: 221 : -2.90 49.90 62103 180: 222 : -12.57 55.42 62105 180: 223 : -6.10 50.10 62107 180: 224 : 0.00 58.30 62114 180: 225 : 0.70 54.00 62127 180: 226 : 1.70 53.40 62144 180: 227 : 2.80 53.10 62145 180: 228 : 2.10 57.20 62146 180: 229 : 1.50 53.60 62148 180: 230 : 1.10 53.70 62149 180: 231 : -8.47 47.55 62163 180: 232 : 1.10 54.00 62165 180: 233 : 0.00 50.40 62305 180: 234 : 1.50 59.50 63110 180: 235 : 1.00 61.10 63112 180: 236 : 1.71 61.00 63113 180: 237 : 1.30 61.60 63115 180: 238 : 1.10 61.40 63117 180: 239 : -11.42 59.07 64045 180: 240 : -4.17 60.48 64046 180: Fields : no fields defined 180: 180: Time interval : 180: -------------------------------------------------- 180: Starting time : 2021/03/22 06:00:00 UTC 180: Ending time : 2021/03/23 06:00:00 UTC 180: 180: 180: Output requests : 180: -------------------------------------------------- 180: No dedicated output process, any file system. 180: 180: Type 1 : Fields of mean wave parameters 180: ----------------------------------------- 180: From : 2021/03/22 06:00:00 UTC 180: To : 2021/03/23 06:00:00 UTC 180: Interval : 03:00:00 180: 180: 180: Type 2 : Point output 180: ----------------------------------------- 180: From : 2021/03/22 06:00:00 UTC 180: To : 2021/03/23 06:00:00 UTC 180: Interval : 03:00:00 180: 180: 180: Type 8 : Restart files second request 180: ----------------------------------------- 180: From : 2021/03/22 06:00:00 UTC 180: To : 2021/03/23 06:00:00 UTC 180: Interval : 03:00:00 180: 180: Wave model ... 180: WW3 log written to /work2/noaa/epic-ps/cbook/stmp/cbook/FV3_RT/rt_221844/cpld_c 180: ontrol_p8_intel/./log.ww3 0: Starting pFIO input server on Clients 0: Starting pFIO output server on Clients 0: Character Resource Parameter: ROOT_CF:AERO.rc 0: Character Resource Parameter: ROOT_NAME:AERO 0: Character Resource Parameter: HIST_CF:AERO_HISTORY.rc 0: Character Resource Parameter: EXTDATA_CF:AERO_ExtData.rc 0: DU::SetServices: Dust emission scheme is fengsha 0: WARNING: falling back on MAPL NUM_BANDS 0: GOCART2G::Initialize: Starting... 0: 0: Integer*4 Resource Parameter: RUN_DT:720 0: ===================> 0: MAPL_StateCreateFromSpecNew: var SU_NO3 already exists. Skipping ... 0: ===================> 0: MAPL_StateCreateFromSpecNew: var SU_OH already exists. Skipping ... 0: ===================> 0: MAPL_StateCreateFromSpecNew: var SU_H2O2 already exists. Skipping ... 0: oserver is not split 0: 0: EXPSRC:GEOSgcm-v10.16.0 0: EXPID: gocart 0: Descr: GOCART2g_diagnostics_at_c360 0: DisableSubVmChecks: F 0: 0: Reading HISTORY RC Files: 0: ------------------------- 0: NOT using buffer I/O for file: AERO_HISTORY.rc 0: NOT using buffer I/O for file: inst_aod.rcx 0: 0: Freq: 00060000 Dur: 00010000 TM: -1 Collection: inst_aod