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[Datastream #YAT-522314]: HRRR 3K data grid request...

Hi Joe, 

Not really...

Using your provided header info, I ran a 'notifyme' command to sniff out
your products.

(jweber) shemp:/home/jweber/scripts 85 % notifyme -vl - -h idd.unidata.ucar.edu 
-f FSL2 -p WGH_GDS3_CTL_10 -o 3600

Jan 03 18:22:40 notifyme[767] NOTE: Starting Up: 
idd.unidata.ucar.edu:20130103172240.897 TS_ENDT {{FSL2,  "WGH_GDS3_CTL_10"}}

Using the WGH_GDS3_CTL_10 header, nothing got returned.

So I tried just checking if WGH matched on anything and got this:

(jweber) shemp:/home/jweber/scripts 86 % notifyme -vl - -h idd.unidata.ucar.edu 
-f FSL2 -p WGH -o 3600

Jan 03 18:23:09 notifyme[1020] INFO:   167740 20130103180818.812    FSL2
000  GRIB2.FSL.HRRR.1905141_Lambert.000Hour.5WGH.CloudTop.201301031600.*

..this is the 0 hour forecast (as I see it, the 'analysis'), but it is a 
different product than the one you requested.

I have an e-mail off to NOAA/GSD to see if they can shed any light on this.

We will see what they have to say regarding your header info....still on it :)

Cheers, 

Jeff



> Any luck?
> 
> sorry to bug you we are just pressed against a deadline
> 
> On Wed, Jan 2, 2013 at 5:50 PM, Joe Kider <address@hidden> wrote:
> > Looking at the header we are interested in the
> >
> >
> > "analysis"  not the forecast fields/data
> >
> > but of the following fields:
> >
> > 2,              2,              222,                    5WAVH,
> >  WGH_GDS3_CTL_10,                        Echo Top,
> >   Echo top height of 18dBZ surface,
> >                                            m,
> > 3,              2,              147,                    U-GWD,
> >  UGWD_GDS3_EATM_10,                      VIL,
> >   Vertically integrated liquid,
> >                                            kg/m^2,
> > 4,              2,              148,                    V-GWD,
> >  VGWD_GDS3_EATM_10,                      Radar VIL,
> >   Radar-derived vertically integrated liquid,
> >                                            kg/m^2,
> > 5,              2,              20,                     VIS,            
> > VIS_GDS3_SFC,                           Visibility,                     
> > Surface visibility,
> >
> > 72,             2,              73,                     LCDC,           
> > LCC_GDS3_LCY,                           Cloud Cover,                    
> > Low-level cloud
> > cover fraction based on maximum below 642 mb within 30 km radius of a
> > grid point,             %,
> > 73,             2,              74,                     MCDC,           
> > MCC_GDS3_MCY,                           Cloud Cover,                    
> > Mid-level cloud
> > cover fraction based on maximum between 642 mb and 350 mb within 30 km
> > radius of a grid point,         %,
> > 74,             2,              75,                     HCDC,           
> > HCC_GDS3_HCY,                           Cloud Cover,                    
> > High-level cloud
> > cover fraction based on maximum between 350 mb and 150 mb within 30 km
> > radius of a grid point, %,
> > 75,             2,              71,                     TCDC,           
> > TCC_GDS3_EATM,                          Cloud Cover,                    
> > Total cloud
> > cover fraction based on maximum in model column within 30 km radius of
> > a grid point,           %,
> > 76,             2,              7,                      HGT,            
> > GH_GDS3_CBL,                            Cloud Base,                     
> > Geopotential height
> > of cloud base,                                                              
> >             gpm,
> > 77,             2,              7,                      HGT,            
> > GH_GDS3_CTL,                            Cloud Top,                      
> > Geopotential height
> > of cloud top,                                                               
> >             gpm,
> > 78,             2,              212,                    ULWRF,          
> > ULWRF_GDS3_NTAT,                        Radiation,                      
> > Outgoing
> > longwave radiation at top of atmosphere,                                    
> >                             W/m^2,
> > 79,             2,              204,                    DSWRF,          
> > DSWRF_GDS3_SFC,                         Radiation,                      
> > Incoming
> > shortwave radiation at the surface,
> >
> >
> > so that should dramatically cut down the needed data
> >
> > A live feed or about the month of December is fine to test what we need for 
> > now
> >
> >
> > We can always parse that like we do the other stuff...
> >
> >
> >
> >
> > Thanks for Mark  Wysocki's name we'll pop him an email / call too
> > the LDM? we are not familiar with though .. that helps fetch things
> > that are not on the public site?
> >
> >
> >
> > Thanks for the help...
> >
> >
> > --
> > Joe
> >
> > ==================================
> > Joseph T. Kider Jr.
> > address@hidden
> > http://www.seas.upenn.edu/~kiderj/
> >
> > Postdoctoral researcher
> > Program of Computer Graphics
> > Cornell University
> > ==================================
> 
> 
> 
> --
> Joe
> 
> ==================================
> Joseph T. Kider Jr.
> address@hidden
> http://www.seas.upenn.edu/~kiderj/
> 
> Postdoctoral researcher
> Program of Computer Graphics
> Cornell University
> ==================================
> 
> 

Jeff Weber
Unidata User Support
http://www.unidata.ucar.edu

Ticket Details
===================
Ticket ID: YAT-522314
Department: Support Datastream
Priority: Normal
Status: Open