./obsgrid运行报错

zyq9483

链接了met_d01*（六小时）后，创建了该时间段内三小时一个的OBS：*文件，最后./obsgrid时会出现以下报错：

Program received signal SIGSEGV: Segmentation fault -invalid memory reference.

Backtrace for this error:

#0 0x2AF8EDE046F7

#1 0x2AF8EDE04D3E

#2 0x2AF8EE8972EF

#3 0x2AF8F0FE50FA

#4 0x2AF8F1506785

#5 0x2AF8ED92F0D9

#6 0x42065A in __final_analysis_MOD_write_analysis_fdda

Segmentation fault

附上我的日志

zyq9483

################################
          WRF OBSGRID            
          Version 3.7.0         
          July 2014         
################################
                                 
Changing default netCDF format from            1  to nf_format_64bit
Record 1 NAMELIST, no checks
&RECORD1
START_YEAR=       2021,
START_MONTH=          1,
START_DAY=          3,
START_HOUR=          0,
END_YEAR=       2021,
END_MONTH=          1,
END_DAY=          3,
END_HOUR=          0,
INTERVAL=      10800,
/
Record 2 NAMELIST, no checks
&RECORD2
FG_FILENAME = ./met_em.d01
OBS_FILENAMES = OBS
/
Record 3 NAMELIST, no checks
&RECORD3
MAX_NUMBER_OF_OBS=     100000,
FATAL_IF_EXCEED_MAX_OBS=T,
/
Record 4 NAMELIST, no checks
&RECORD4
QC_TEST_ERROR_MAX=T,
QC_TEST_BUDDY=T,
QC_TEST_VERT_CONSISTENCY=T,
QC_TEST_CONVECTIVE_ADJ=F,
QC_PSFC=F,
MAX_ERROR_T=  10.0000000    ,
MAX_ERROR_UV=  13.0000000    ,
MAX_ERROR_Z=  8.00000000    ,
MAX_ERROR_RH=  50.0000000    ,
MAX_ERROR_DEWPOINT=  99999.8984    ,
MAX_ERROR_P=  600.000000    ,
MAX_BUDDY_T=  8.00000000    ,
MAX_BUDDY_UV=  8.00000000    ,
MAX_BUDDY_Z=  8.00000000    ,
MAX_BUDDY_RH=  40.0000000    ,
MAX_BUDDY_DEWPOINT=  99999.8984    ,
MAX_BUDDY_P=  800.000000    ,
BUDDY_WEIGHT=  1.00000000    ,
MAX_P_EXTEND_T=  1300.00000    ,
MAX_P_EXTEND_W=  1300.00000    ,
USE_P_TOLERANCE_ONE_LEV=F,
MAX_P_TOLERANCE_ONE_LEV_QC=          1,
/
Record 5 NAMELIST, no checks
&RECORD5
PRINT_FOUND_OBS=F,
PRINT_HEADER=F,
PRINT_ANALYSIS=F,
PRINT_QC_VERT=F,
PRINT_QC_DRY=F,
PRINT_OBS_FILES=T,
PRINT_ERROR_MAX=F,
PRINT_BUDDY=F,
PRINT_OA=F,
/
Record 7 NAMELIST, no checks
&RECORD7
USE_FIRST_GUESS=T,
F4D=T,
INTF4D=      10800,
LAGTEM=F,
/
Record 8 NAMELIST, no checks
&RECORD8
SMOOTH_TYPE=          1,
SMOOTH_SFC_WIND=          1,
SMOOTH_SFC_TEMP=          1,
SMOOTH_SFC_RH=          1,
SMOOTH_SFC_SLP=          1,
SMOOTH_UPPER_WIND=          1,
SMOOTH_UPPER_TEMP=          1,
SMOOTH_UPPER_RH=          1,
/
Record 9 NAMELIST, no checks
&RECORD9
OA_TYPE="Cressman                                                                                                                            ",
MQD_MINIMUM_NUM_OBS=         30,
MQD_MAXIMUM_NUM_OBS=       1000,
RADIUS_INFLUENCE=          0, 9*-1         ,
OA_MIN_SWITCH=T,
OA_MAX_SWITCH=T,
OA_3D_OPTION=          0,
OA_3D_TYPE="                                                                                                                                    ",
OA_PSFC=F,
SCALE_CRESSMAN_RH_DECREASES=F,
RADIUS_INFLUENCE_SFC_MULT=  1.00000000    ,
MAX_P_TOLERANCE_ONE_LEV_OA=          1,
/
No convective adjustment check is being performed.
Quality control checks will NOT be performed on surface pressure.
Single-level above-surface obs will generally only be QCed if they fall on an analysis pressure level. However, will attempt to adjust obs marked as FM-88 SATOB or FM-97 AIREP to the nearest pressure level.
No message is printed when each observation is found.
No header information is printed for initial or final analysis.
No 2D mean/max/min is printed for initial or final analysis.
No QC information is printed from the vertical consistency check.
No print out will be generated when observation fails error max check.
No print out will be generated when observation fails buddy check.
No print out will be generated for observations used in OA.
Will NOT objectively analyze surface pressure [psfc will be affected by SLP analysis].
Single-level above-surface obs will generally only be included in the objective analysis if they fall on an analysis pressure level. However, will attempt to adjust obs marked as FM-88 SATOB or FM-97 AIREP to the nearest pressure level.
3d analysis dates to be processed by this program (excluding SFC FDDA times):
      Time period #00001 is for date 2021-01-03_00:00:00



----------------------------------------------------------------------------
Time Loop Processing, date = 2021-01-03_00:00:00


  #########################################################################
  Setting radius of influence for Cressman scheme
    The radius of influence of each scan is set to:
      20, 14, 10,  7,  
  #########################################################################
   
Setting up LAMBERT CONFORMAL map...
Computed cone factor:    0.370
Computed pole (x,y) =     50.000   636.179
   
Setting up LAMBERT CONFORMAL map...
Computed cone factor:    0.370
Computed pole (x,y) =     50.500   636.679
   
Using OBS:2021-01-03_00 as obs input file


Number of observations successfully ingested:            307.
Number of empty observations discarded:                   18.
Number of observations discarded outside of domain:    35009.

Of the   307 observations reported,     0 of them are duplicates, leaving   307 merged locations
  
  Doing Cressman for surface data
ROI for  the surface, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for  the surface, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for  the surface, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for  the surface, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for  1000.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for  1000.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for  1000.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for  1000.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   975.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   975.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   975.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   975.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   950.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   950.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   950.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   950.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   925.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   925.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   925.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   925.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   900.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   900.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   900.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   900.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   850.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   850.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   850.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   850.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   800.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   800.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   800.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   800.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   750.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   750.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   750.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   750.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   700.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   700.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   700.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   700.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   650.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   650.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   650.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   650.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   600.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   600.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   600.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   600.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   550.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   550.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   550.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   550.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   500.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   500.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   500.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   500.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   450.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   450.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   450.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   450.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   400.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   400.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   400.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   400.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   350.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   350.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   350.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   350.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   300.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   300.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   300.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   300.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   250.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   250.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   250.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   250.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   200.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   200.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   200.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   200.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   150.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   150.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   150.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   150.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for   100.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for   100.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for   100.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for   100.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for    70.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for    70.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for    70.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for    70.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for    50.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for    50.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for    50.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for    50.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for    40.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for    40.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for    40.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for    40.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for    30.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for    30.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for    30.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for    30.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for    20.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for    20.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).
ROI for    20.00 hPa, Cressman scan number   3 is   10.0 grid points or  270.00km (  27.0 km spacing).
ROI for    20.00 hPa, Cressman scan number   4 is    7.0 grid points or  189.00km (  27.0 km spacing).
ROI for    15.00 hPa, Cressman scan number   1 is   20.0 grid points or  540.00km (  27.0 km spacing).
ROI for    15.00 hPa, Cressman scan number   2 is   14.0 grid points or  378.00km (  27.0 km spacing).

Program received signal SIGSEGV: Segmentation fault - invalid memory reference.

Backtrace for this error:
#0  0x2AD2FCC556F7
#1  0x2AD2FCC55D3E
#2  0x2AD2FD6E82EF
#3  0x2AD2FFE360FA
#4  0x2AD300357785
#5  0x2AD2FC7800D9
#6  0x42065A in __final_analysis_MOD_write_analysis_fdda

catgrace_z

请问您解决了吗？我也遇到这个问题了，我是只放入了地面观测资料。