<P>
Don<BR>
Its good to refer the MM5 users guide for little_r format. It is given in the Appendix-C.<BR>
I hope it may solve your problem.<BR>
Ashish<BR>
<BR>
On Tue, 10 Oct 2006 wrf-users-request@ucar.edu wrote :<BR>
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>Today's Topics:<BR>
><BR>
> 1. Getting observations into little_r format for WRF-VAR (Don Morton)<BR>
> 2. Ideal baroclinic wave case (Mark Stoelinga)<BR>
><BR>
><BR>
>----------------------------------------------------------------------<BR>
><BR>
>Message: 1<BR>
>Date: Mon, 9 Oct 2006 19:21:38 -0600<BR>
> From: "Don Morton" <Don.Morton@umontana.edu><BR>
>Subject: [Wrf-users] Getting observations into little_r format for<BR>
> WRF-VAR<BR>
>To: wrf-users@ucar.edu<BR>
>Message-ID:<BR>
> <237e74280610091821o4607e823wf282ceca9116469e@mail.gmail.com><BR>
>Content-Type: text/plain; charset=ISO-8859-1; format=flowed<BR>
><BR>
>Hi, I've gone through the WRF-VAR tutorial and<BR>
>would like to try experimenting with my own observations<BR>
>(surface, for now) and data.<BR>
><BR>
>I'm not real clear on how to get my observations into<BR>
>the required format. It appears that it needs to be in<BR>
>the "little_r" format, and I've found a couple of references<BR>
>on the web that leave me more confused than anything,<BR>
>though I think if I spent a lot of time on it I might be able<BR>
>to "get it." In the meantime, I wonder if there's a<BR>
>straightforward reference available somewhere that<BR>
>might help me get my observations into the required format<BR>
>needed for ingest by 3DVAR_OBSPROC.<BR>
><BR>
>Thanks for any help,<BR>
><BR>
>Don<BR>
>--<BR>
>Don Morton<BR>
>Department of Computer Science<BR>
>The University of Montana - Missoula<BR>
>http://www.cs.umt.edu/~morton/<BR>
><BR>
><BR>
>------------------------------<BR>
><BR>
>Message: 2<BR>
>Date: Tue, 10 Oct 2006 10:58:47 -0700<BR>
> From: "Mark Stoelinga" <stoeling@atmos.washington.edu><BR>
>Subject: [Wrf-users] Ideal baroclinic wave case<BR>
>To: <wrf-users@ucar.edu><BR>
>Message-ID: <007b01c6ec95$bc4616b0$1eb01fac@atmos.washington.edu><BR>
>Content-Type: text/plain; charset="us-ascii"<BR>
><BR>
>Hi,<BR>
><BR>
>Has anyone successfully run the ideal baroclinic wave test case that comes<BR>
>with the WRF tar file, on NCAR's bluesky machine? I'm getting a problem<BR>
>with RSL_LITE:<BR>
><BR>
>rsl.error.0000:memory overwrite in rsl_lite_pack, left hand X to 3 , 13520<BR>
> > 0<BR>
>rsl.error.0028:memory overwrite in rsl_lite_pack, left hand X to 31 , 14560<BR>
> > 0<BR>
>rsl.error.0031:memory overwrite in rsl_lite_pack_period_x, right hand X to<BR>
>28, 10920 > 0<BR>
><BR>
>I configured WRF with choice #3, AIX DM-Parallel (RSL_LITE, IBM-MPI, Allows<BR>
>nesting). According to the tutorial, RSL_LITE is recommended for all<BR>
>applications EXCEPT those with periodic-in-Y boundary conditions. However,<BR>
>the baroclinic wave set up uses periodic in X, symmetric in Y, so RSL_LITE<BR>
>should work, right?<BR>
><BR>
>Any hints would be greatly appreciated.<BR>
><BR>
>Mark<BR>
><BR>
>=====================================================================<BR>
>| Mark Stoelinga | University of Washington |<BR>
>| Research Assistant Professor | Department of Atmospheric Sciences |<BR>
>=====================================================================<BR>
>| Phone: 206-543-6235 _______________ Mailing address: |<BR>
>| Fax: 206-685-7160 ( ( __ ) _,-~ University of Washington |<BR>
>| or 206-543-0308 ( _ ) ) Atmospheric Sciences |<BR>
>| Office: Room 508 ATG ( ( _ ) either: Box 351640 (regular mail)|<BR>
>| Email: stoeling@ (______) or: Rm 408 ATG (overnight) |<BR>
>| atmos.washington.edu V::/// Seattle, WA 98195-1640 |<BR>
>| Web: http://www.atmos.washington.edu/~stoeling |<BR>
>=====================================================================<BR>
><BR>
><BR>
><BR>
>------------------------------<BR>
><BR>
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>End of Wrf-users Digest, Vol 26, Issue 3<BR>
>****************************************<BR>
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