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PostPosted: Mon May 16, 2005 12:07 am 
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Joined: Sat Aug 07, 2004 12:57 am
Posts: 128
Location: North Carolina
For anyone interested, I have developed a way to work with MOS Grib data in PCGRIDDS32. The grib data are available from the Meteorological Development Lab on their web site at http://www.nws.noaa.gov/mdl/synop/products.shtml.

Here is what you need to do to work with MOS grib data in PCGRIDDS32.

MOS grib has a different set of parameters than that which is found in"regular" model grib data. To work with MOS grib in PCGRIDS32 you will need to create a new GRIBPARM.DAT file. DO NOT DELETE your current GRIBPARM.DAT file!

When you create your new gribparm file for the MOS grib name it something like MOSGRIBPARM.DAT. When you want to work with MOS grib change the name of the current GRIBPARM.DAT file to something like GRIBPARMx.DAT. Now change the name of the MOSGRIBPARM.DAT file to GRIBPARM.DAT. When you want to work with "regular" grib data again, change the names back to what they were.

Here is the MOSGRIBPARM.DAT file I created.




Code:
128 TMPF          TEMPERATURE (Fahrenheit)          F                     
129 MAXK          DAYTIME MAX TEMP (MAX) (Kelvin)   K                     
130 MAXF          DAYTIME MAX TEMP (MAX) (deg F)    F                   
131 NMXK          NORMAL MAX TEMPERATURE (Kelvin)   K                   
132 NMXF          NORMAL MAX TEMPERATURE (deg F)    F                   
133 DMXK          DEPARTURE FROM NORMAL MAX (K)     K                   
134 DMXF          DEPARTURE FROM NORMAL MAX (deg F) F                   
135 MINK          NIGHTTIME MIN TEMP (MIN) (Kelvin) K                   
136 MINF          NIGHTTIME MIN TEMP (MIN) (deg F)  F                   
137 NMNK          NORMAL MIN TEMPERATURE (Kelvin)   K                   
138 NMNF          NORMAL NIGHTTIME MIN TEMP (deg F) F                   
139 DMNK          DEPARTURE FROM NORMAL MIN (K)     K                   
140 DMNF          DEPARTURE FROM NORMAL MIN (deg F) F                   
141 DWPF          DEW POINT TEMPERATURE (deg F)     F                   
142 DPDF          DEW POINT DEPRESSION (deg F)      F                   
143 HTNF          HEAT INDEX (deg F)                F                   
144 WCHF          WIND CHILL (deg F)                F                   
146 POP1          PROB OF 0.01 IN. OF PRECIP (PoP)  %                   
147 QPF2          PROB OF QPF >= 0.10 INCHES        %                   
148 QPF3          PROB OF QPF >= 0.25 INCHES        %                   
149 QPF4          PROB OF QPF >= 0.50 INCHES        %                   
150 QPF5          PROB OF QPF >= 1.00 INCHES        %                   
151 QPF6          PROB OF QPF >= 2.00 INCHES        %                   
152 QPF7          PROB OF QPF >= 3.00 INCHES FUTURE %                   
153 BQPF          BEST CATEGORY OF QPF             num                   
154 NPOP          NML REL. FREQ. OF 0.01 IN OF PCP  %                   
155 DPOP          DEPARTURE FROM NML OF 0.01 POP    %                   
156 PCPM          EXPECTED VALUE OF PRECIPITATION   mm                   
157 PCPI          EXPECTED VALUE OF PRECIPITATION   in                   
158 CPCM          CONDITIONAL EXPECTED PRECIP AMT   mm                   
159 CPCI          CONDITIONAL EXPECTED PRECIP AMT   in                   
160 PSN1          PROB OF SNOW AMOUNT >= 0.10       %                   
161 PSN2          PROB OF SNOW AMOUNT >= 2 INCHES   %                   
162 PSN3          PROB OF SNOW AMOUNT >= 4 INCHES   %                   
163 PSN4          PROB OF SNOW AMOUNT >= 6 INCHES   %                   
164 PSN5          PROB OF SNOW AMOUNT >= 8 INCHES   %                   
165 BSNA          BEST CATEGORY FOR SNOW AMOUNT    num                   
166 SNWM          EXPECTED VALUE OF SNOW AMOUNT     mm                   
167 SNWI          EXPECTED VALUE OF SNOW AMOUNT     in                   
168 WSPK          INFLATED MAX WIND SPEED (knots)  kts                   
169 WSPM          INFLATED WIND SPEED (meter/sec)  m/s                   
170 SKNT          INFLATED WIND SPEED (knots)      kts                   
171 WSP1          PROB OF MAX WIND SPEED  0-12 kts  %                   
172 WSP2          PROB OF MAX WIND SPEED 13-21 kts  %                   
173 WSP3          PROB OF MAX WIND SPEED 22-31 kts  %                   
174 WSP4          PROB OF MAX WIND SPEED  >=32 kts  %                   
175 SPDC          CATEGORICAL MAX WIND SPEED       num                   
176 XSPM          EXPECTED VALUE OF MAX WIND SPEED m/s                   
177 XSPK          EXPECTED VALUE OF MAX WIND SPEED kts                   
178 WDRN          PROB OF WIND DIRECTION NORTH      %                   
179 WDNE          PROB OF WIND DIRECTION NORTHEAST  %                   
180 WDRE          PROB OF WIND DIRECTION EAST       %                   
181 WDSE          PROB OF WIND DIRECTION SOUTHEAST  %                   
182 WDRS          PROB OF WIND DIRECTION SOUTH      %                   
183 WDSW          PROB OF WIND DIRECTION SOUTHWEST  %                   
184 WDRW          PROB OF WIND DIRECTION WEST       %                   
185 WDNW          PROB OF WIND DIRECTION NORTHWEST  %                   
186 WDRC          CATEGORICAL WIND DIRECTION       num                   
188 SKCL          PROB OF TOTAL SKY:CLEAR           %                   
189 SKFW          PROB OF TOTAL SKY:FEW (FUTURE)    %                   
190 SKSC          PROB OF TOTAL SKY:SCATTERED       %                   
191 SKBK          PROB OF TOTAL SKY:BROKEN          %                   
192 SKOV          PROB OF TOTAL SKY:OVERCAST        %                   
193 SKYC          CATEGORICAL TOTAL SKY COVER      num                   
194 MSCL          PROB MEAN SKY CVR:CLEAR   FUTURE  %                   
195 MSOV          PROB MEAN SKY CVR:OVERCAST FUTURE %                   
196 MSMC          PROB MEAN SKY CVR:MOSTLY CLR      %                   
197 MSPC          PROB MEAN SKY CVR:PARTLY CLDY     %                   
198 MSMO          PROB MEAN SKY CVR:MOSTLY CLDY     %                   
199 MSYC          CATEGORICAL MEAN SKY COVER       num                   
200 CIG1          PROB OF CIG HGT < 200 FT          %                   
201 CIG2          PROB OF CIG HGT 200-400 FT        %                   
202 CIG3          PROB OF CIG HGT 500-900 FT        %                   
203 CIG4          PROB OF CIG HGT 1000-3000 FT      %                   
204 CIG5          PROB OF CIG HGT 3100-6500 FT      %                   
205 CIG6          PROB OF CIG HGT 6600-12000 FT     %                   
206 CIG7          PROB OF CIG HGT > 12000 FT        %                   
207 BCIG          BEST CATEGORY OF CEILING HEIGHT  num                   
208 VIS1          PROB OF VIS <=1/4 MILE            %                   
209 VIS2          PROB OF VIS <=1/2 MILE            %                   
210 VIS3          PROB OF VIS <=7/8 MILE            %                   
211 VIS4          PROB OF VIS <=2 3/4 MILES         %                   
212 VIS5          PROB OF VIS <=5 MILES             %                   
213 VIS6          PROB OF VIS <=6 MILES             %                   
214 VISC          CATEGORICAL VISIBILITY           num                   
215 OBVN          PROB OF OBSTRUCTION TO VIS: NONE  %                   
216 OBVH          PROB OF OBSTRUCTION TO VIS: HAZE  %                   
217 OBVM          PROB OF OBSTRUCTION TO VIS: MIST  %                   
218 OBVF          PROB OF OBSTRUCTION TO VIS: FOG   %                   
219 OVBL          PROB OF BLOWING OBVIS             %                   
220 OBVC          BEST CATEGORY OF OBVIS           num                   
222 NTSM          NORMAL PROB OF THUNDERSTORMS      %                   
223 CSVR          COND PROB OF SEVERE WEATHER       %                   
224 USVR          UNCOND PROB OF SEVERE WX          %                   
225 NSVR          NORMAL PROB OF SEVERE WX          %                   
226 UHAI          UNCONDITIONAL PROB OF HAIL        %                   
227 UTOR          UNCONDITIONAL PROB OF TORNADO     %                   
228 UTSW          UNCOND PROB OF DAMAGING WIND      %                   
229 CFZI          COND PROB FRZING PRECIP (INSTANT) %                   
230 UFZI          UNCND PROB FRZING PRECIP (INSTNT) %                   
231 CZNI          COND PROB FROZEN PRECIP (INSTANT) %                   
232 UZNI          UNCND PROB FROZEN PRECIP (INSTNT) %                   
233 CLQI          COND PROB LIQUID PRECIP (INSTANT) %                   
234 ULQI          UNCND PROB LIQUID PRECIP (INSTNT) %                   
235 PTYP          CATEGORICAL PRECIP TYPE (INSTANT)num                   
236 CPOZ          COND PROB OF FRZING PRECIP        %                   
237 UPOZ          UNCOND PROB OF FRZING PRECIP      %                   
238 CPOS          COND PROB OF SNOW (CPoS)          %                   
239 UPOS          UNCOND PROB OF SNOW (CPoS)        %                   
240 CPRS          COND PROB OF RAIN/SNOW MIXED      %                   
241 UPRS          UNCOND PROB OF RAIN/SNOW MIXED    %                   
242 CPRA          COND PROB OF RAIN                 %                   
244 BPCT          BEST CATEGORY OF PRECIP TYPE     num                   
245 POPH          POPO PRECIP OCCURRING AT AN HOUR  %                   
246 POPP          POPO PRECIP DURING A PERIOD       %                   
247 CPDZ          COND PROB OF DRIZZLE              %                   
248 CPST          COND PROB OF CONT (STEADY) PRECIP %                   
249 CPSH          COND PROB OF SHOWERS              %                   
250 BPCH          BEST CAT PRECIP CHARACTERISTIC   num                   
251 SUNS          PERCENT OF POSSIBLE SUNSHINE      %                   
252 HRSU          HOURS OF SUNSHINE                hrs                   
253 SCQP          SCAN 0-3H CATEGORICAL QPF        num                   
254 SCTS          SCAN 0-3H C-G LIGHTNING PROB      %                   



I developed this file based on the MOS GRIB conversion table available at http://www.nws.noaa.gov/mdl/synop/docs/mdl_ncepgrib2.tbl.

Note: Parameters that are available vary from model to model for which MOS grib is available and the forecast hours for MOS grib are different from that which is usually found in "regular" model grib data.

You can see the forecast hour difference in the following macro I created for PROBABILITY OF 0.01 IN. OF PRECIP (PoP) - every 10 %. For this parameter, the first forecast hour is 18, not 03, 06 or 12.

***Addition to original post***
This macro is for the MOS grib from the GFS model (long range) MEX. This macro would have to be changed to work with other MOS grib.


Code:
loop
PLAN
F18
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3  PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F24
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F30
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F36
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F42
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F48
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F54
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F60
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F66
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F72
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F78
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F84
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F90
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F96
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F102
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F108
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F114
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F120
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F126
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F132
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F138
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F144
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F150
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F156
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F162
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F168
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F174
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F180
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F186
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl
loop
F192
MAP
LNDF
LFO1 LFD1 LMN1
LLL2 LPL2 LTM2 LLN2
sfc
POP1 CLRB CI10 LT20/
POP1 CLR7 CI10 GT20 LT40/
POP1 CLRL CI10 GT30 LT40/
POP1 CLR5 CI10 GT40 LT50/
POP1 CLR6 CI10 GT50 LT60/
POP1 CLR4 CI10 GT60 LT70/
POP1 CLRI CI10 GT70 LT90/
POP1 CLR2 CI10 GT80 LT90/
POP1 CLR0 CI10 GT90 LT90/
POP1 CLRH CI05 GR90/
TXT3 2) PROB OF 0.01 IN. OF PRECIP (PoP) - every 10 % .
endl


Don't let those file names hold you back. Hack away and happy gridding!

Kevin


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 Post subject:
PostPosted: Mon May 16, 2005 2:22 am 
Offline
Senior Member

Joined: Fri Jun 25, 2004 11:42 pm
Posts: 298
Kevin,

Great find!! I'll see if I can incorporate the MOSGRIBPARM.DAT into NGRB2PCG32 and trigger using that file for MOS GRIB vs. the regular GRIBPARM file for regular GRIB for the next release. We will have NGRB2PCG32 working with Ensemble GRIB & MOS GRIB. Cool!!

Thanks & good work!!
Jeff


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