WRF V3.8 input conversion error

[realfake]

Hello,
I recently encountered a strange problem. I am unable to progress my WRF model after performing data assimilation, which generates an analysis. The error message is as follows:
forrtl: severe (64): input conversion error, unit -5, file Internal Formatted Read
Image PC Routine Line Source
wrf.exe 0000000003013EBC for__io_return Unknown Unknown
wrf.exe 000000000303A336 for_read_int_fmt_ Unknown Unknown
wrf.exe 0000000003038255 for_read_int_fmt Unknown Unknown
wrf.exe 0000000001068CD3 Unknown Unknown Unknown
wrf.exe 00000000010FEFE2 Unknown Unknown Unknown
wrf.exe 00000000011C9FB9 Unknown Unknown Unknown
wrf.exe 000000000040EB56 Unknown Unknown Unknown
wrf.exe 000000000040DBF5 Unknown Unknown Unknown
wrf.exe 000000000040DB9E Unknown Unknown Unknown
libc-2.17.so 00002B020A2C5545 __libc_start_main Unknown Unknown
wrf.exe 000000000040DAA9 Unknown Unknown Unknown

If I run the model without assimilation, using only input data with a first guess, it works smoothly. In fact, both the first guess and analysis data have exactly the same types of variables. Can anybody helps me?

 

[JeremyB]

Hello,

Do you have any of the rsl files from when you ran da_wrfvar.exe? If so please share the rsl.out.0000 and rsl.error.0000 here. I'm wondering if da_wrfvar.exe failed but still somehow output the file. Also just to check, are you renaming the wrfvar_output back to wrfinput_d01 before you run wrf.exe? Lastly, did you update the boundary conditions with da_update_bc.exe?

Cheers,
JeremyB

 

[realfake]

Hello,

Do you have any of the rsl files from when you ran da_wrfvar.exe? If so please share the rsl.out.0000 and rsl.error.0000 here. I'm wondering if da_wrfvar.exe failed but still somehow output the file. Also just to check, are you renaming the wrfvar_output back to wrfinput_d01 before you run wrf.exe? Lastly, did you update the boundary conditions with da_update_bc.exe?

Cheers,
JeremyB

Thank you for your suggestion, but I am currently using EnKF for assimilation and my test run is an ideal case that does not require a boundary condition.