运行./real.exe时出现错误

HANSEN

ppprs 发表于 2024-1-4 10:32
昨天我把 nest_pes_x, nest_pes_y删掉后错误就消失了，然后根据提示改了一下NUM_LAND_CAT  num_metgrid_s ...

你这个问题就是 你选取的ERA5的范围比你设置的网格范围要下，两个办法：一是缩小WRF的domain；二是重新下载更大范围的ERA5资料。设置domain时应该先先网格范围画出来看看，以避免这种问题

ppprs

HANSEN 发表于 2024-1-4 12:14
你这个问题就是 你选取的ERA5的范围比你设置的网格范围要下，两个办法：一是缩小WRF的domain；二是重新下 ...

友友我重新下载了更大范围的资料，然后运行real.exe时  出现已杀死，程序被终止了
报错日志是这样的：
taskid: 0 hostname: prs-virtual-machine
module_io_quilt_old.F        2931 T
Ntasks in X            1 , ntasks in Y            1
Setting blank km_opt entries to domain #1 values.
--> The km_opt entry in the namelist.input is now max_domains.
Setting blank diff_opt entries to domain #1 values.
--> The diff_opt entry in the namelist.input is now max_domains.
--- WARNING: traj_opt is zero, but num_traj is not zero; setting num_traj to zero.
--- NOTE: both grid_sfdda and pxlsm_soil_nudge are 0 for domain      1, setting sgfdda interval and ending time to 0 for that domain.
--- NOTE: obs_nudge_opt is 0 for domain      1, setting obs nudging interval and ending time to 0 for that domain.
--- NOTE: grid_fdda is 0 for domain      2, setting gfdda interval and ending time to 0 for that domain.
--- NOTE: both grid_sfdda and pxlsm_soil_nudge are 0 for domain      2, setting sgfdda interval and ending time to 0 for that domain.
--- NOTE: obs_nudge_opt is 0 for domain      2, setting obs nudging interval and ending time to 0 for that domain.
--- NOTE: grid_fdda is 0 for domain      3, setting gfdda interval and ending time to 0 for that domain.
--- NOTE: both grid_sfdda and pxlsm_soil_nudge are 0 for domain      3, setting sgfdda interval and ending time to 0 for that domain.
--- NOTE: obs_nudge_opt is 0 for domain      3, setting obs nudging interval and ending time to 0 for that domain.
--- NOTE: bl_pbl_physics /= 4, implies mfshconv must be 0, resetting
*************************************
No physics suite selected.
Physics options will be used directly from the namelist.
*************************************
--- NOTE: RRTMG radiation is in use, setting:  levsiz=59, alevsiz=12, no_src_types=6
--- NOTE: num_soil_layers has been set to      4
REAL_EM V3.9.1.1 PREPROCESSOR
*************************************
Parent domain
ids,ide,jds,jde            1         202           1         202
ims,ime,jms,jme           -4         207          -4         207
ips,ipe,jps,jpe            1         202           1         202
*************************************
DYNAMICS OPTION: Eulerian Mass Coordinate
   alloc_space_field: domain            1 ,             2910680600  bytes allocated
W A R N I N G : Problem opening OUTfields_UNIR.txt
W A R N I N G : Problem opening OUTfields_UNIR.txt
Ignoring problems reading OUTfields_UNIR.txt
Continuing.  To make this a fatal error, set ignore_iofields_warn to false in namelist

metgrid input_wrf.F first_date_input = 2017-10-15_06:00:00
metgrid input_wrf.F first_date_nml = 2017-10-15_06:00:00
d01 2017-10-15_06:00:00 Timing for input          0 s.
d01 2017-10-15_06:00:00          flag_soil_layers read from met_em file is  1
Max map factor in domain 1 =  1.05. Scale the dt in the model accordingly.
Missing surface RH, replaced with closest level, use_surface set to false.
Using sfcprs  to compute psfc
d01 2017-10-15_06:00:00   flag value of flag_qnwfa is            0
d01 2017-10-15_06:00:00 No average surface temperature for use with inland lakes
Assume Noah LSM input
d01 2017-10-15_06:00:00 forcing artificial silty clay loam at    2 points, out of  40401
d01 2017-10-15_06:00:00 Timing for processing          2 s.
W A R N I N G : Problem opening OUTfields_UNIR.txt
W A R N I N G : Problem opening OUTfields_UNIR.txt
W A R N I N G : Problem opening OUTfields_UNIR.txt
W A R N I N G : Problem opening OUTfields_UNIR.txt
d01 2017-10-15_06:00:00 Timing for output          0 s.
d01 2017-10-15_06:00:00 Timing for loop #    1 =          2 s.
W A R N I N G : Problem opening OUTfields_UNIR.txt
metgrid input_wrf.F first_date_input = 2017-10-15_12:00:00
metgrid input_wrf.F first_date_nml = 2017-10-15_06:00:00
d01 2017-10-15_12:00:00 Timing for input          0 s.
d01 2017-10-15_12:00:00          flag_soil_layers read from met_em file is  1
Missing surface RH, replaced with closest level, use_surface set to false.
Using sfcprs  to compute psfc
d01 2017-10-15_12:00:00   flag value of flag_qnwfa is            0
d01 2017-10-15_12:00:00 No average surface temperature for use with inland lakes
Assume Noah LSM input
d01 2017-10-15_12:00:00 forcing artificial silty clay loam at    2 points, out of  40401
d01 2017-10-15_12:00:00 Timing for processing          2 s.
W A R N I N G : Problem opening OUTfields_UNIR.txt
W A R N I N G : Problem opening OUTfields_UNIR.txt
W A R N I N G : Problem opening OUTfields_UNIR.txt
W A R N I N G : Problem opening OUTfields_UNIR.txt
W A R N I N G : Problem opening OUTfields_UNIR.txt
d01 2017-10-15_12:00:00 Timing for output          0 s.
d01 2017-10-15_12:00:00 Timing for loop #    2 =          2 s.
W A R N I N G : Problem opening OUTfields_UNIR.txt
metgrid input_wrf.F first_date_input = 2017-10-15_18:00:00
metgrid input_wrf.F first_date_nml = 2017-10-15_06:00:00
d01 2017-10-15_18:00:00 Timing for input          0 s.
d01 2017-10-15_18:00:00          flag_soil_layers read from met_em file is  1
Missing surface RH, replaced with closest level, use_surface set to false.
Using sfcprs  to compute psfc
d01 2017-10-15_18:00:00   flag value of flag_qnwfa is            0
d01 2017-10-15_18:00:00 No average surface temperature for use with inland lakes
Assume Noah LSM input
d01 2017-10-15_18:00:00 forcing artificial silty clay loam at    2 points, out of  40401
d01 2017-10-15_18:00:00 Timing for processing          2 s.
W A R N I N G : Problem opening OUTfields_UNIR.txt
W A R N I N G : Problem opening OUTfields_UNIR.txt
W A R N I N G : Problem opening OUTfields_UNIR.txt
d01 2017-10-15_18:00:00 Timing for output          0 s.
d01 2017-10-15_18:00:00 Timing for loop #    3 =          2 s.
W A R N I N G : Problem opening OUTfields_UNIR.txt
metgrid input_wrf.F first_date_input = 2017-10-16_00:00:00
metgrid input_wrf.F first_date_nml = 2017-10-15_06:00:00
d01 2017-10-16_00:00:00 Timing for input          0 s.
d01 2017-10-16_00:00:00          flag_soil_layers read from met_em file is  1
Missing surface RH, replaced with closest level, use_surface set to false.
Using sfcprs  to compute psfc
d01 2017-10-16_00:00:00   flag value of flag_qnwfa is            0
d01 2017-10-16_00:00:00 No average surface temperature for use with inland lakes
Assume Noah LSM input
d01 2017-10-16_00:00:00 forcing artificial silty clay loam at    2 points, out of  40401
d01 2017-10-16_00:00:00 Timing for processing          2 s.
W A R N I N G : Problem opening OUTfields_UNIR.txt
W A R N I N G : Problem opening OUTfields_UNIR.txt
W A R N I N G : Problem opening OUTfields_UNIR.txt
d01 2017-10-16_00:00:00 Timing for output          0 s.
d01 2017-10-16_00:00:00 Timing for loop #    4 =          2 s.
*************************************
Nesting domain
ids,ide,jds,jde            1         301           1         271
ims,ime,jms,jme           -4         306          -4         276
ips,ipe,jps,jpe            1         301           1         271
INTERMEDIATE domain
ids,ide,jds,jde           58         163          58         153
ims,ime,jms,jme           53         168          53         158
ips,ipe,jps,jpe           56         165          56         155
*************************************
d01 2017-10-16_00:00:00  alloc_space_field: domain            2 ,              217048992  bytes allocated
d01 2017-10-16_00:00:00  alloc_space_field: domain            2 ,             5100343236  bytes allocated
W A R N I N G : Problem opening OUTfields_UNIR.txt
metgrid input_wrf.F first_date_input = 2017-10-15_06:00:00
metgrid input_wrf.F first_date_nml = 2017-10-15_06:00:00
d02 2017-10-15_06:00:00 Timing for input          0 s.
d02 2017-10-15_06:00:00          flag_soil_layers read from met_em file is  1
Missing surface RH, replaced with closest level, use_surface set to false.
Using sfcprs  to compute psfc
d02 2017-10-15_06:00:00   flag value of flag_qnwfa is            0
d02 2017-10-15_06:00:00 No average surface temperature for use with inland lakes
Assume Noah LSM input
d02 2017-10-15_06:00:00 forcing artificial silty clay loam at  431 points, out of  81000
d02 2017-10-15_06:00:00 Timing for processing          3 s.
W A R N I N G : Problem opening OUTfields_UNIR.txt
W A R N I N G : Problem opening OUTfields_UNIR.txt
W A R N I N G : Problem opening OUTfields_UNIR.txt
W A R N I N G : Problem opening OUTfields_UNIR.txt
d02 2017-10-15_06:00:00 Timing for output          1 s.
d02 2017-10-15_06:00:00 Timing for loop #    1 =          5 s.
W A R N I N G : Problem opening OUTfields_UNIR.txt
metgrid input_wrf.F first_date_input = 2017-10-15_12:00:00
metgrid input_wrf.F first_date_nml = 2017-10-15_06:00:00
d02 2017-10-15_12:00:00 Timing for input          0 s.
d02 2017-10-15_12:00:00          flag_soil_layers read from met_em file is  1
Missing surface RH, replaced with closest level, use_surface set to false.
Using sfcprs  to compute psfc
d02 2017-10-15_12:00:00   flag value of flag_qnwfa is            0
d02 2017-10-15_12:00:00 No average surface temperature for use with inland lakes
Assume Noah LSM input
d02 2017-10-15_12:00:00 forcing artificial silty clay loam at  431 points, out of  81000
d02 2017-10-15_12:00:00 Timing for processing          3 s.
W A R N I N G : Problem opening OUTfields_UNIR.txt
d02 2017-10-15_12:00:00 Timing for output          0 s.
d02 2017-10-15_12:00:00 Timing for loop #    2 =          4 s.
W A R N I N G : Problem opening OUTfields_UNIR.txt
metgrid input_wrf.F first_date_input = 2017-10-15_18:00:00
metgrid input_wrf.F first_date_nml = 2017-10-15_06:00:00
d02 2017-10-15_18:00:00 Timing for input          0 s.
d02 2017-10-15_18:00:00          flag_soil_layers read from met_em file is  1
Missing surface RH, replaced with closest level, use_surface set to false.
Using sfcprs  to compute psfc
d02 2017-10-15_18:00:00   flag value of flag_qnwfa is            0
d02 2017-10-15_18:00:00 No average surface temperature for use with inland lakes
Assume Noah LSM input
d02 2017-10-15_18:00:00 forcing artificial silty clay loam at  431 points, out of  81000
d02 2017-10-15_18:00:00 Timing for processing          3 s.
W A R N I N G : Problem opening OUTfields_UNIR.txt
d02 2017-10-15_18:00:00 Timing for output          0 s.
d02 2017-10-15_18:00:00 Timing for loop #    3 =          4 s.
W A R N I N G : Problem opening OUTfields_UNIR.txt
metgrid input_wrf.F first_date_input = 2017-10-16_00:00:00
metgrid input_wrf.F first_date_nml = 2017-10-15_06:00:00
d02 2017-10-16_00:00:00 Timing for input          0 s.
d02 2017-10-16_00:00:00          flag_soil_layers read from met_em file is  1
Missing surface RH, replaced with closest level, use_surface set to false.
Using sfcprs  to compute psfc
d02 2017-10-16_00:00:00   flag value of flag_qnwfa is            0
d02 2017-10-16_00:00:00 No average surface temperature for use with inland lakes
Assume Noah LSM input
d02 2017-10-16_00:00:00 forcing artificial silty clay loam at  431 points, out of  81000
d02 2017-10-16_00:00:00 Timing for processing          3 s.
W A R N I N G : Problem opening OUTfields_UNIR.txt
d02 2017-10-16_00:00:00 Timing for output          0 s.
d02 2017-10-16_00:00:00 Timing for loop #    4 =          4 s.
*************************************
Nesting domain
ids,ide,jds,jde            1         394           1         334
ims,ime,jms,jme           -4         399          -4         339
ips,ipe,jps,jpe            1         394           1         334
INTERMEDIATE domain
ids,ide,jds,jde           78         214          48         164
ims,ime,jms,jme           73         219          43         169
ips,ipe,jps,jpe           76         216          46         166
*************************************
我该怎么处理呢，谢谢友友的解答

HANSEN

这个都没有看到报错信息呢，把debug_level调成1000，在看看rsl文件最后报的啥错

ppprs

HANSEN 发表于 2024-1-4 19:03
这个都没有看到报错信息呢，把debug_level调成1000，在看看rsl文件最后报的啥错

友友 我把namelist.wps 和 namelist.input 中的debug_level 都调成了1000  
rsl文件最后还是没有报错  只出现了四万多行的信息  我把它的最后一段发给你看看
d02 2017-10-16_00:00:00 module_io.F: in wrf_write_field
output_wrf.b writing 2d real uoce Status =            0
Timing for wrf_ext_write_field:    0.00057 elapsed seconds
output_wrf.b writing 2d real voce
date 2017-10-16_00:00:00
ds            1           1           1
de          300         270           1
ps            1           1           1
pe          300         270           1
ms           -4          -4           1
me          306         276           1
d02 2017-10-16_00:00:00 module_io.F: in wrf_write_field
output_wrf.b writing 2d real voce Status =            0
Timing for wrf_ext_write_field:    0.00058 elapsed seconds
output_wrf.b writing 2d real lai
date 2017-10-16_00:00:00
ds            1           1           1
de          300         270           1
ps            1           1           1
pe          300         270           1
ms           -4          -4           1
me          306         276           1
d02 2017-10-16_00:00:00 module_io.F: in wrf_write_field
output_wrf.b writing 2d real lai Status =            0
Timing for wrf_ext_write_field:    0.00053 elapsed seconds
output_wrf.b writing 2d real albbck
date 2017-10-16_00:00:00
ds            1           1           1
de          300         270           1
ps            1           1           1
pe          300         270           1
ms           -4          -4           1
me          306         276           1
d02 2017-10-16_00:00:00 module_io.F: in wrf_write_field
output_wrf.b writing 2d real albbck Status =            0
Timing for wrf_ext_write_field:    0.00053 elapsed seconds
output_wrf.b writing 2d real sst
date 2017-10-16_00:00:00
ds            1           1           1
de          300         270           1
ps            1           1           1
pe          300         270           1
ms           -4          -4           1
me          306         276           1
d02 2017-10-16_00:00:00 module_io.F: in wrf_write_field
output_wrf.b writing 2d real sst Status =            0
Timing for wrf_ext_write_field:    0.00052 elapsed seconds
d02 2017-10-16_00:00:00 output_wrf: calling wrf_iosync
d02 2017-10-16_00:00:00 module_io.F: in wrf_iosync
d02 2017-10-16_00:00:00 output_wrf: back from wrf_iosync
d02 2017-10-16_00:00:00  output_wrf: end, fid =            1
d02 2017-10-16_00:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-16_00:00:00]
d02 2017-10-16_00:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-15_06:00:00]
d02 2017-10-16_00:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-16_00:00:00]
d02 2017-10-16_00:00:00  DEBUG wrf_timeinttoa():  returning with str = [0000000000_006:000:000]
DEBUG assemble_output:  clock before 1st current_date set,  clock start time = 2017-10-15_06:00:00
DEBUG assemble_output:  clock before 1st current_date set,  clock current time = 2017-10-16_00:00:00
DEBUG assemble_output:  clock before 1st current_date set,  clock stop time = 2017-10-16_00:00:00
DEBUG assemble_output:  clock before 1st current_date set,  clock time step = 0000000000_006:000:000
d02 2017-10-16_00:00:00  DEBUG assemble_output:  before 1st currTime set, current_date = 2017-10-16_00:00:00
d02 2017-10-16_00:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-16_00:00:00]
d02 2017-10-16_00:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-15_06:00:00]
d02 2017-10-16_00:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-16_00:00:00]
d02 2017-10-16_00:00:00  DEBUG wrf_timeinttoa():  returning with str = [0000000000_006:000:000]
DEBUG assemble_output:  clock after 1st current_date set,  clock start time = 2017-10-15_06:00:00
DEBUG assemble_output:  clock after 1st current_date set,  clock current time = 2017-10-16_00:00:00
DEBUG assemble_output:  clock after 1st current_date set,  clock stop time = 2017-10-16_00:00:00
DEBUG assemble_output:  clock after 1st current_date set,  clock time step = 0000000000_006:000:000
d02 2017-10-16_00:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-16_00:00:00]
d02 2017-10-16_00:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-15_06:00:00]
d02 2017-10-16_00:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-16_00:00:00]
d02 2017-10-16_00:00:00  DEBUG wrf_timeinttoa():  returning with str = [0000000000_006:000:000]
DEBUG assemble_output:  clock before 2nd current_date set,  clock start time = 2017-10-15_06:00:00
DEBUG assemble_output:  clock before 2nd current_date set,  clock current time = 2017-10-16_00:00:00
DEBUG assemble_output:  clock before 2nd current_date set,  clock stop time = 2017-10-16_00:00:00
DEBUG assemble_output:  clock before 2nd current_date set,  clock time step = 0000000000_006:000:000
d02 2017-10-16_00:00:00  DEBUG assemble_output:  before 2nd currTime set, current_date = 2017-10-15_18:00:00.0000
d02 2017-10-15_18:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-15_18:00:00]
d02 2017-10-15_18:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-15_06:00:00]
d02 2017-10-15_18:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-16_00:00:00]
d02 2017-10-15_18:00:00  DEBUG wrf_timeinttoa():  returning with str = [0000000000_006:000:000]
DEBUG assemble_output:  clock after 2nd current_date set,  clock start time = 2017-10-15_06:00:00
DEBUG assemble_output:  clock after 2nd current_date set,  clock current time = 2017-10-15_18:00:00
DEBUG assemble_output:  clock after 2nd current_date set,  clock stop time = 2017-10-16_00:00:00
DEBUG assemble_output:  clock after 2nd current_date set,  clock time step = 0000000000_006:000:000
d02 2017-10-15_18:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-15_18:00:00]
d02 2017-10-15_18:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-15_06:00:00]
d02 2017-10-15_18:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-16_00:00:00]
d02 2017-10-15_18:00:00  DEBUG wrf_timeinttoa():  returning with str = [0000000000_006:000:000]
DEBUG assemble_output:  clock before 3rd current_date set,  clock start time = 2017-10-15_06:00:00
DEBUG assemble_output:  clock before 3rd current_date set,  clock current time = 2017-10-15_18:00:00
DEBUG assemble_output:  clock before 3rd current_date set,  clock stop time = 2017-10-16_00:00:00
DEBUG assemble_output:  clock before 3rd current_date set,  clock time step = 0000000000_006:000:000
d02 2017-10-15_18:00:00  DEBUG assemble_output:  before 3rd currTime set, current_date = 2017-10-16_00:00:00
d02 2017-10-16_00:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-16_00:00:00]
d02 2017-10-16_00:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-15_06:00:00]
d02 2017-10-16_00:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-16_00:00:00]
d02 2017-10-16_00:00:00  DEBUG wrf_timeinttoa():  returning with str = [0000000000_006:000:000]
DEBUG assemble_output:  clock after 3rd current_date set,  clock start time = 2017-10-15_06:00:00
DEBUG assemble_output:  clock after 3rd current_date set,  clock current time = 2017-10-16_00:00:00
DEBUG assemble_output:  clock after 3rd current_date set,  clock stop time = 2017-10-16_00:00:00
DEBUG assemble_output:  clock after 3rd current_date set,  clock time step = 0000000000_006:000:000
d02 2017-10-16_00:00:00 module_io.F: in wrf_ioclose
d02 2017-10-16_00:00:00 Timing for output          0 s.
d02 2017-10-16_00:00:00 Timing for loop #    4 =          4 s.
d02 2017-10-16_00:00:00 backfrom med_sidata_input
d02 2017-10-16_00:00:00 new allocated  domain: id, par id, dims i/j, start i/j =  3  2 394 334 80 50
d02 2017-10-16_00:00:00 parent domain: id, par id, dims i/j, start i/j =  2  1 301 271 60 60
*************************************
Nesting domain
ids,ide,jds,jde            1         394           1         334
ims,ime,jms,jme           -4         399          -4         339
ips,ipe,jps,jpe            1         394           1         334
INTERMEDIATE domain
ids,ide,jds,jde           78         214          48         164
ims,ime,jms,jme           73         219          43         169
ips,ipe,jps,jpe           76         216          46         166
********************************
然后我把嵌套区域从3换成2之后  real.exe就成功了
DEBUG assemble_output:  clock after 3rd current_date set,  clock start time = 2017-10-15_06:00:00
DEBUG assemble_output:  clock after 3rd current_date set,  clock current time = 2017-10-16_00:00:00
DEBUG assemble_output:  clock after 3rd current_date set,  clock stop time = 2017-10-16_00:00:00
DEBUG assemble_output:  clock after 3rd current_date set,  clock time step = 0000000000_006:000:000
d02 2017-10-16_00:00:00 module_io.F: in wrf_ioclose
d02 2017-10-16_00:00:00 Timing for output          0 s.
d02 2017-10-16_00:00:00 Timing for loop #    4 =          4 s.
d02 2017-10-16_00:00:00 backfrom med_sidata_input
d01 2017-10-16_00:00:00 real_em: SUCCESS COMPLETE REAL_EM INIT

然后运行./wrf.exe 进程又被杀死
rsl out 文件中出现了这些信息 没看到错误信息  我的debug_level 用的是1000  我截取最后一段：
d01 2017-10-15_06:00:00  call set_w_surface
d01 2017-10-15_06:00:00 calling inc/HALO_EM_PHYS_W_inline.inc
d01 2017-10-15_06:00:00 calling inc/HALO_EM_PHYS_HCW_inline.inc
d01 2017-10-15_06:00:00 --> TOP OF AFTER ALL RK STEPS
d01 2017-10-15_06:00:00 --> CALLING DIAGNOSTICS DRIVER
d01 2017-10-15_06:00:00 --> TOP OF DIAGNOSTICS PACKAGE
d01 2017-10-15_06:00:00 --> CALL DIAGNOSTICS PACKAGE: NWP DIAGNOSTICS
d01 2017-10-15_06:00:00  call HALO_RK_E
d01 2017-10-15_06:00:00 calling inc/HALO_EM_E_5_inline.inc
d01 2017-10-15_06:00:00  call HALO_RK_MOIST
d01 2017-10-15_06:00:00 calling inc/HALO_EM_MOIST_E_5_inline.inc
d01 2017-10-15_06:00:00  call HALO_RK_SCALAR
d01 2017-10-15_06:00:00 calling inc/HALO_EM_SCALAR_E_5_inline.inc
d01 2017-10-15_06:00:00  call end of solve_em
d01 2017-10-15_06:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-15_06:00:00]
d01 2017-10-15_06:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-15_06:00:00]
d01 2017-10-15_06:00:00  DEBUG wrf_timetoa():  returning with str = [2017-10-16_00:00:00]
d01 2017-10-15_06:00:00  DEBUG wrf_timeinttoa():  returning with str = [0000000000_000:000:045]
DEBUG domain_clockadvance():  before WRFU_ClockAdvance,  clock start time = 2017-10-15_06:00:00
DEBUG domain_clockadvance():  before WRFU_ClockAdvance,  clock current time = 2017-10-15_06:00:00
DEBUG domain_clockadvance():  before WRFU_ClockAdvance,  clock stop time = 2017-10-16_00:00:00
DEBUG domain_clockadvance():  before WRFU_ClockAdvance,  clock time step = 0000000000_000:000:045
d01 2017-10-15_06:00:45  DEBUG wrf_timetoa():  returning with str = [2017-10-15_06:00:45]
d01 2017-10-15_06:00:45  DEBUG wrf_timetoa():  returning with str = [2017-10-15_06:00:00]
d01 2017-10-15_06:00:45  DEBUG wrf_timetoa():  returning with str = [2017-10-16_00:00:00]
d01 2017-10-15_06:00:45  DEBUG wrf_timeinttoa():  returning with str = [0000000000_000:000:045]
DEBUG domain_clockadvance():  after WRFU_ClockAdvance,  clock start time = 2017-10-15_06:00:00
DEBUG domain_clockadvance():  after WRFU_ClockAdvance,  clock current time = 2017-10-15_06:00:45
DEBUG domain_clockadvance():  after WRFU_ClockAdvance,  clock stop time = 2017-10-16_00:00:00
DEBUG domain_clockadvance():  after WRFU_ClockAdvance,  clock time step = 0000000000_000:000:045
d01 2017-10-15_06:00:45 module_integrate: back from solve interface
d02 2017-10-15_06:00:00 module_integrate: calling med_nest_force
d02 2017-10-15_06:00:00 calling inc/HALO_EM_COUPLE_A_inline.inc
d02 2017-10-15_06:00:00 calling inc/PERIOD_EM_COUPLE_A_inline.inc
d02 2017-10-15_06:00:00 calling inc/HALO_EM_COUPLE_B_inline.inc
d02 2017-10-15_06:00:00 calling inc/PERIOD_EM_COUPLE_B_inline.inc
d02 2017-10-15_06:00:00 calling inc/HALO_EM_COUPLE_A_inline.inc
d02 2017-10-15_06:00:00 calling inc/PERIOD_EM_COUPLE_A_inline.inc
d02 2017-10-15_06:00:00 calling inc/HALO_EM_COUPLE_B_inline.inc
d02 2017-10-15_06:00:00 calling inc/PERIOD_EM_COUPLE_B_inline.inc
友友请问一下是因为内存的原因吗  我用的8核的虚拟机  150G的磁盘容量

HANSEN

有可能是内存溢出的问题，你可以测试一下只跑一层，如果一层能成功，那大概率是内存不够

ppprs

HANSEN 发表于 2024-1-5 21:14
有可能是内存溢出的问题，你可以测试一下只跑一层，如果一层能成功，那大概率是内存不够

友友您好  我想请问下你有跑过wrf三层嵌套吗？ 你用的多少核多少内存呢？ 我现在跑单层中途没出错了 感觉电脑CPU核数不够才导致出错  

HANSEN

我用的是超算，一般自己的电脑很难跑动，这种问题就得找老师解决了哦

ppprs

HANSEN 发表于 2024-1-7 13:36
我用的是超算，一般自己的电脑很难跑动，这种问题就得找老师解决了哦

友友你用的什么超算中心  请问一下你一般调用多少核  费用是个啥情况呢？

HANSEN

天津超算，我跑的分辨率很高，网格比较大就一般用个三五百个核跑，常规的估计100个核管够了叭，费用具体不太清楚，都是年租赁的，一年估计几十个吧

Aoe_Xiao

ppprs 发表于 2024-1-4 10:22
我现在是复现一篇文章
文章中用到了Initialization and boundary（边界条件有以下几种）
Forcing data  ...

你好，请问下把 nest_pes_x, nest_pes_y删掉后是在哪里啊，namelist.input中吗？
我在namelist.input中设置nproc_x=6 nproc_y=4后就出现提示heck comm_start, nest_pes_x, nest_pes_y settings in namelist，之前没有这两句的时候，是可以正常运行real.exe的